An unexplained signal has been flagged by scientists as a potential window to an alternate reality.
A lab experiment on graphene layers – tiny sheets of carbon atoms – found uncanny signs that our universe is just a half of the whole.
Multi-verses have been plot lines in some of the most popular modern media – from Rick & Morty to the Marvel Cinematic Universe, audiences love a neighboring reality.
Signs of an alternate reality outside of fiction have been found by scientists and expanded upon in a published journal.
Physicists at the University of Maryland learned that electrical charge behaves oddly when two graphene layers are stacked – the results “looked like little universes” and new spurts of electricity were detected.
“In a sense, it’s almost suspicious that it works so well by naturally ‘predicting’ fundamental features of our universe,” one of the co-authors of the study said.
The scientists think that because the electrons can interact between two graphene layers, each just an atom-thick, they could exhibit other interactions from across space time.
The journal on the findings included theoretical physics that explain “the electron is allowed to tunnel between two different ‘universes’.”
The research builds upon Moiré patterns – the way similarly patterned objects interact when imperfectly stacked.
These patterns are visible nature and architecture – looking at and through mesh netting is an example.
Researchers stopped short of guaranteeing their findings are a peek into an alternate reality.
“We haven’t explored all the effects — that’s a hard thing to do,” one contributor said.
“The theory is falsifiable experimentally,” they added.
Additional work in the future will build on their theory and findings.
While the University of Maryland researchers have piqued curiosity with their alternate reality-friendly findings, there is still a long way to go before the theory is confirmed.
Skeptics point to the unobservable nature of a second reality and the reliance on speculative physics to power the theory.
This story originally appeared on The Sun and was reproduced here with permission.


Bioinformatic toolscrafted in the lab
Available tools for the scientific community developped by ADlab
BioDiscML (Biomarker Discovery by Machine Learning) is a tool that automates the analysis of complex biological datasets using machine learning methods. From a collection of samples and their associated characteristics BioDiscML produce a minimal subset of biomarkers and a model that will predict efficiently a specified outcome. It uses a large variety of machine learning algorithms to select the best combination of biomarkers for predicting either categorical or continuous outcome from highly unbalanced datasets. The software has been implemented to automate all machine learning steps, including data pre-processing, feature selection, model selection, and performance evaluation.
A bioinformatics tool to automatically provide annotations for genes included in DNA blocks in linkage disequilibrium with candidate SNPs.
LD-annot estimates experiment-specific linkage disequilibrium to delineate regions genetically linked to each genetic markers from a list of polymorphisms (most often candidate SNPs from GWAS) and provide coordinates and annotations for genes included or overlapping such regions.
This package produces metagene plots to compare coverages of sequencing experiments at selected groups of genomic regions. It can be used for such analyses as assessing the binding of DNA-interacting proteins at promoter regions or surveying antisense transcription over the length of a gene. The metagene2 package can manage all aspects of the analysis, from normalization of coverages to plot facetting according to experimental metadata. Bootstraping analysis is used to provide confidence intervals of per-sample mean coverages.
netOmics is a multi-omics networks builder and explorer. It uses a combination of network inference algorithms and and knowledge-based graphs to build multi-layered networks. The package can be combined with timeOmics to incorporate time-course expression data and build sub-networks from multi-omics kinetic clusters. Finally, from the generated multi-omics networks, propagation analyses allow the identification of missing biological functions (1), multi-omics mechanisms (2) and molecules between kinetic clusters (3). This helps to resolve complex regulatory mechanisms.
NGS++: C++ library for manipulating Next Generation Sequencing data
Our groups have developed a C++ library designed for Next Generation Sequencing data manipulation. It is specifically tailored to help develop applications that work with genomic regions and features, such as epigenomics marks, gene features and data that are often associated with BED type files.
Permutation analysis, based on Monte Carlo sampling, for testing the hypothesis that the number of conserved differentially methylated elements, between several generations, is associated to an effect inherited from a treatment and that stochastic effect can be dismissed. Available here.
A package for ChIP-ChIP and tiling arrays, rMAT: This package is an R version of the package MAT and contains functions to parse and merge Affymetrix BPMAP and CEL tiling array files.
A package for ChIP-Seq and motif analysis, rGADEM: rGADEM is an efficient de novo motif discovery tool for large-scale genomic sequence data. It is an open-source R package, which is based on the GADEM software.
R-Omix: Epigenomics Portal
A portal containing novel bioinformatics tools with highly customizable user interface based on the Shiny framework has been developed by our team. Those interfaces offer the possibility to rapidly generate graphs which are easily integrable in publications. All those bioinformatics tools are closely related to epigenomics fields and are hosted on the Compute Canada‘s infrastructure.
Varian/t ExplOreR: Exploratory tool for fine-mapping. VEXOR is a platform-independent browser-based integrative environment for functional annotation in R, based on the Shiny package. This interface provides a comprehensive analytical framework to characterize the role of variants driving susceptibility signals in regions defined by GWAS.
A package for single-nucleotide polymorphisms visualization, ShinySNP: This package provide a highly customizable graphical user interface which enable the visualization of single-nucleotide polymorphisms (SNPs).
Time-Course Multi-Omics data integration
timeOmics is a generic data-driven framework to integrate multi-Omics longitudinal data measured on the same biological samples and select key temporal features with strong associations within the same sample group. The main steps of timeOmics are: 1. Plaform and time-specific normalization and filtering steps; 2. Modelling each biological into one time expression profile; 3. Clustering features with the same expression profile over time; 4. Post-hoc validation step.
A package for nucleosome positioning, RJMCMC : This package uses informative Multinomial-Dirichlet prior in a t-mixture with reversible jump estimation of nucleosome positions for genome-wide profiling.


Solar panels are constructed of solar cells (photovoltaic or pv PV cells). They do not create any sound as well as you are environmental pleasant due to the fact that you don't make use of fossil gases. To start with IA ll clear up exactly how solar works.
There are straight solar PV panels as well as installments with batteries. When it comes to a battery system the sunlight charges the battery on cloudless days (it's not the straight warm of the sunlight that makes a PV system much more effective, it's the strength of the solar radiation). When a home is using a battery system they normally generate 18 Kwh. They really make use of 20 to 30 Kwh. A battery system is not only used in off-grid residences they can be discovered in a grid attached house as well, for when the sun doesn't radiate.
If you would certainly such as to recognize exactly how solar works, you must bear in mind first that you can not just connect your solar panels into your home wiring. The voltage of your solar panel varies extensively since of the changing solar intensity.
following link You do not have to utilize a battery when you live in a city area as well as you can be attached to the grid. I encourage you to assume regarding it though, because it could come in handy. With the power of the sun you could power your dish washer via the grid link.
A battery is should save the power that the photovoltaic panel produces when the sunlight is beaming and to make that electrical energy offered to your electrical devices at home when itA s asked for (that is at nighttime and also when the sun does not beam). You likewise need a battery-bank when you have set up homemade photovoltaic panels and it is not possible to provide the power to the grid. This is simply the way how solar jobs.
Also though a PV panel generates energy while the sunlight is radiating, there are various other things besides the batteries, desired to carry out, manage, transform and also distribute the produced electrical energy.
Which products you will certainly use is completely up to you as well as depends upon the system you pick. You would nevertheless definitely require an inverter that transforms your saved Straight Existing (DC) power from the batteries to rotating present (Air Conditioning) electrical power that your electric designs in the house requirement.
A financial institution of batteries will typically supply you 12volts, 24volts, or 36volts, whilst grid power is generally at 240volts. In your house you will need to make use of at the very least 240 volts, the inverter changes the 12, 24 or 36 volts of the bank of batteries into 240 volts. A 'real sine wave' inverter brings an unified circulation of power to your devices, specifically like the flow which originates from the grid. This flow is called for because it protect the delicate objects which stand in your residence and make use of a dimmer or speed controller. This you ought to recognize to recognize exactly how solar works.
If you determine to reduce your power costs as well as be certain that you wonA t need to pay the ever climbing electrical power rates, after that you can go to local solar specialist or mount the panels on your own.
Solar panels are built of solar cells (photovoltaic or pv PV cells). In the case of a battery system the sunlight charges the battery on cloudless days (it's not the direct heat of the sun that makes a PV system extra reliable, it's the intensity of the solar radiation). If you would certainly like to know just how solar works, you need to birth in mind first that you cannot simply connect your solar panels right into your home circuitry. The voltage of your solar panel differs extensively since of the altering solar strength. A battery is required to store the energy that the solar panel produces when the sun is shining as well as to make that electrical power readily available to your electric tools at residence when itA s asked for (that is at nighttime as well as when the sun does not shine).


Use at least three sources to research one of the following computer architectures: x86 architecture ARM architecture SPARC architecture IBM POWER architecture (RISC – AS400 and supercomputers) Develop a two-three page paper that provides the following information: Brief Overview/History of this type of architecture (RISC or CISC? Where are they used? What company/individuals were involved in the development, Early versions? Modern versions? Costs? Unique features?) Types/number/size of registers Additional interesting information Please type and include references.


I am constructing an equalizer as my final project of my physics class this semester and I am using the BYOC 10-band Graphic Equalizer verson 1.2 instruction manual as a guide, and there is no ready-made kit available (which is fine I can get all the other parts myself, I'd rather do that anyway) but I cant find the correct circuit board anywhere online. In the manual the PCB is listed simply as "circuit board" in the parts list, while the actual picture of the PCB shows it labeled as "byoc EQ Rev1.2". How can I get my hands on one of those? I included an image of the checklist and PCB so people who know more than I do can (hopefully) do the thing and make me a happy camper.
Checklist & PCB image.jpg [ 489.2 KiB | Viewed 50 times ]


WCBU offers state-of-the-art digital broadcast
WCBU, Peoria’s classical music and NPR News station, is set to improve the radio experience of its listeners. On February 15, WCBU entered the age of digital broadcasting with its adoption of digital HD Radio™ technology. Listeners with digital HD Radio compatible receivers can now enjoy the improved sound of WCBU’s main channel 89.9 and an additional multicast channel, WCBU2, that will offer more NPR News and Talk programming. WCBU is among the 1,200 public and commercial stations nationwide that have deployed this next generation broadcast technology.
Digital HD Radio technology works by transmitting digital audio and data in tandem with existing AM and FM analog signals. In the same manner in which digital technology enabled many new opportunities with CDs, DVDs, cameras, and cell phones, HD Radio technology is doing the same for AM and FM radio.
“HD Radio is the most revolutionary change in our industry since the introduction of FM more than 40 years ago,” said Thomas Hunt, WCBU’s executive director. “Its combination of radically improved sound quality, multicast capabilities and WCBU’s award-winning news coverage will provide listeners with more of public radio’s most popular programming, including the Diane Rehm Show, Fresh Air, Talk of the Nation, Wait Wait Don’t Tell Me, BBC News, and more classical music,” Hunt added.
More choices for listeners
WCBU2 programs will complement and expand the main channel offerings of WCBU. “Our listeners will have more choices. When news is on the main channel, we’ll have classical music on WCBU2. In this way, listeners can hear local, national and international news and public affairs programming and music whenever they want it, 24 hours a day,” Hunt added.
HD Radio technology allows FM stations to divide their signals into separate channels of unique programming, called multicasts. WCBU is the first in the area to offer multicasting, which increases the amount of content available to listeners. As with all digital radio stations, WCBU will remain at its current analog frequency. New digital HD Radio receivers are set up to detect the main channel’s digital signal and tune it in; HD Radio multicast channels will be accessed in the same manner as other stations. HD Radio receivers can also tune in analog-only stations.
WCBU’s conversion is the result of funding provided by listeners and area businesses during a recently completed capital campaign, as well as grants from the Corporation for Public Broadcasting.
Hunt said the digital signal will reach about half the distance of the station’s analog signal. “We’ll be able to cover the Peoria metropolitan area very well, about 500,000 people, with our digital signal,” he said. Hunt is hopeful the Federal Communication Commission will offer the station a stronger digital signal as the technology develops. Within a year, Hunt also expects WCBU to offer a third digital signal.
WCBU reaches a worldwide audience through their Web site, wcbufm.org, where the station streams programming of both digital signals. More information about digital radio and a program schedule for both digital signals are available at WCBU’s Web site.
Department of Mechanical Engineering design team members are studying boiling behavior in an engine’s cooling system. “If not properly designed, boiling may impact the reliability of the cooling system,” said Dr. David Zietlow ‘82 MSME ’88. “We’ll look at where boiling may occur within engine and heat exchanger geometries. Fiber optics will give us light when we use high-speed video to capture the bubbles and their motion. We’re testing different conditions and geometries so Caterpillar’s engineers can use our model to predict when boiling will occur. This is just another example of Bradley performing at high levels throughout the institution, from the 2006 basketball team’s performance in the Sweet 16 to academically performing world-class research.” Pictured above are (left) Jon Cone ‘07, Chaitanya Kaki MSME ‘08, and Zietlow. Not pictured are Santhosh Challakonda MSME ’08 and Avinash Chinthaluri MSME ’08.
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Operating System creates an interface between the user and the computer programs. It is a collection of codes which offers various services and facilities for the multiple activities of the computer system. Along with enjoying the various facilities of the operating system, we have several characteristics of OS.
Let us have a look at the features and the properties of the operating system:
1. BATCH PROCESSING
The technique in which an OS collects the data and the programs collectively in a batch before its processing is the property of batch handling. The OS has to perform the following activities related to the batch processing feature:
a) Operating System collects the various jobs which have the predefined data, programs and the commands batched in the single unit.
b) Keeping the number of jobs in memory and executing them without any manual information is one of the properties of the operating system.
c) Handles the first come and first serve a purpose. Processes the jobs in their submission order.
d) The memory of the job is released when a job has completed its execution. Also, after the implementation of the jobs, the output of the jobs gets copied into an output wind for later processing or printing.
BENEFITS OF THE BATCH PROCESSING PROPERTY OF AN OS
1. It enhances the performance of the system. It starts a new job as soon as the previous job gets finished. It does not intervene in the process manually.
2. The property of the operating system takes the operator to the computer.
DETRIMENTS OF BATCH PROCESSING
1. In this task, sometimes the debugging the programs becomes difficult.
2. Under some conditions, a job can enter an infinite loop
3. One batch job can affect other pending jobs, due to the lack of the protection scheme.
When the CPU executes the multiple jobs simultaneously with the help of the switching technique, it is called multitasking. Being a user, you can’t notice when the switch happens in the process. It takes place so frequently that you can interact with each program while it is running. The operating system ha to perform the following activities concerning multitasking:
a) The operating system which delivers the multitasking tasks is called the time-sharing systems.
b) Being a user, you give instructions to the operating system to process it. The operating system is responsible for providing an immediate response to your query.
c) Executing the multiple programs at the same time and handling numerous operations is what an OS do. These are a few tasks for controlling the multitasking process.
d) The primary motive for the development of the operating system is the interaction of the computer system at a reasonable cost.
e) The multitasking properties of an operating system use the CPU scheduling concept along with the multiprogramming of the tasks given by the user. OS uses only a small portion of a time-shared CPU.
f) There is one separate program in memory for each user.
g) The process is a program which the CPU loads into memory and executes.
h) The process, when executed, uses it only for short duration. It uses until it finishes or needs to perform the input/output.
i) The process which takes a long time to complete is of the interactive input/output. It is because it runs at slow speeds. In the meantime, the operating system utilises the CPU for some other process.
j) Sharing the computer simultaneously and allowing the user to access it is the outcome of the development of an operating system. Every user needs the CPU for a short duration of time because each action or command in a time-shared operation takes a small amount of time.
k) There is only one CPU which multiple users share. Sometimes the user gets the impression that the user has his CPU. But it is just that the system switches from one program to the next swiftly.
Multiprogramming is the assumption of a single-shared processor. Multiprogramming is the sharing of the processors by two or more programs which are residing in the secondary memory at the same time. The result of this property of the operating system increases the utilization of CPU. It is the outcome of the organization of the jobs for the execution of the job at least one at a time.
The list of the activities related to multiprogramming has the following elements:
1. It keeps many jobs at a time in the memory location
2. The job pool has the subset of the various jobs which the CPU maintains
3. Picking and beginning the execution of one of the jobs in the memory is the work of the operating system of the computer.
4. Monitoring the state and the condition of the system resources and the active programs with the help of the management of the memory programs is what the essential function of the operating system. It also ensures that the CPU always have a job to perform. It is never idle. Yes, when there might not be any job to perform, the CPU will not do anything.
ADVANTAGES OF MULTIPROGRAMMING
a) Efficient and high utilization of the CPU
b) Allocation of the CPU to multiple users
DISADVANTAGES OF MULTIPROGRAMMING
a) The need of the CPU scheduling
b) Need for the accommodation of several jobs in memory, memory management.
The ability of the interaction of the user with the computer system is termed as interactivity. Activities related to the interactivity which the operating system performs are-
a) Management of the input devices for taking the inputs from the user. For example, Keyboard
b) Make available the interface for the interaction with the system done by the operating system.
c) Manages all the output devices.
The dedicated and the embedded systems of a computer come under the real-time systems. The activities which an OS performs are as follows-
a) Reads and react to the sensor data
b) Responses to the events for the assurance of the correct performance.
When there are multiple independent CPUs or the processors in a system, it is referred to a distributed environment. The tasks and the functions which are related to the distribution of the system:
a) Distribution of the computational logic among many physical processors
b) Every processor is equipped with its memory. That is why the processors don’t share it.
c) The operating system does Even the management of the communications of the processors. The communication lines are the medium for the conversation.
The opposite of the simultaneous peripheral operations online is called spooling. Or in other words, putting the data in a buffer is called as spooling. Don’t know what a buffer is? It is a particular area in the hard disk or the memory which the I/O devices access.
Activities of the operating system to be performed using its property of spooling are as follows-
a) Maintenance of the buffer to provide rest to the device.
b) Handles the input and the output devices and provide them different access rates.
c) The operating system can maintain the computation in the parallel form as of the spooling process.
ADVANTAGES OF SPOOLING
a) The system uses a large buffer for the operation.
b) It also overlaps the operation of the input and the output for one job over another with the processor operations.
This was about the myriad features of the operating systems. In the next blog, you will learn about the processes and their scheduling.


We’re already a year into the future and you can be sure there are lots of exciting developments in the technology world. Whether it’s quantum technology or AI, we’re going to be talking about these trends in the coming years.
AI deserves to be in the spotlight
AI is becoming more and more ubiquitous, and it’s a good time to understand how it could impact you. Read on to learn about some of the most exciting and innovative developments in the AI space.
While the world of artificial intelligence has exploded over the past decade, it has not yet reached its full potential. That will change in the near future. Some analysts expect that by 2023, AI will be embedded in nearly every industry. It will make the mundane jobs of everyday people more efficient.
One of the most significant developments will be the creation of production-ready generative AI models. This technology has the potential to unlock a huge labor supply at a fraction of the cost of humans.
IoT trends for manufacturing
The Internet of Things (IoT) is an umbrella term for a group of end-to-end services that connect people, things, and environments. These services improve performance, deliver better customer service, and cut costs. It is also the technological driver for digital transformation.
IoT is a growing industry. Companies are investing in connected devices and technology to provide customers with an improved experience. However, the IoT ecosystem needs to be well planned to ensure that it can facilitate future growth. A new report from The Business Research Company offers an in-depth analysis of the IoT for manufacturing market and the technologies that are driving it.
Industrial and agricultural companies are turning to IoT solutions to enhance their operations. With the help of data streams, they can make data-based decisions and optimize their industrial energy use. This enables a more efficient and safer society.
AR and VR headsets will become better, lighter, and cheaper
Apple’s long rumored AR and VR headset is reportedly a work in progress. While it won’t be released until 2023, the device is expected to have some very cool features. In addition to being an augmented reality headset, it is also said to be capable of eye tracking, facial recognition, and even biometric authentication.
Although we don’t know a lot about the headset yet, we do know that it will be very powerful. It is believed to come with advanced processors and cameras. A number of leaks have popped up over the last few months, including renderings of the upcoming AR device.
The most exciting part about the device is that it is not expected to cost an arm and a leg. Instead, the company is aiming to release the first version of its AR/VR headset at developers. This means that only a limited amount will be available to consumers.
Quantum technologies promise to perform complex calculations faster than classical computers
The hype around quantum computing is real. It promises to revolutionize finance, medicine, machine learning, and artificial intelligence. Although it won’t reach its full potential until about 2030, it has already garnered interest from the general public and companies alike.
Quantum computers are designed to perform complex computations, much faster than a classical computer. While a conventional computer has to be tested and evaluated individually, a quantum system can handle multiple simultaneous computations. This is important because it can help solve complex problems more efficiently.
One of the biggest challenges of today is scaling up to thousands of qubits. Fortunately, quantum technologies are making great strides towards this goal.
One of the most important trends in technology for 2023 is adaptive artificial intelligence. This type of technology combines autonomous learning with AI to enhance the customer experience. It uses real-time feedback to make data-informed predictions.
Adaptive AI will enable businesses to adapt to changing circumstances. For example, an adaptive AI system will be able to adjust its goals on the fly. The system will also be able to process locally on edge devices, thus reducing memory and compute resource requirements.
Adaptive AI will be able to help businesses scale up quickly and efficiently. In addition, it can automate processes. With the ability to use data and feedback to generate data-informed predictions, adaptive AI can be used to improve employee onboarding and retention.
Blockchain technology will continue to be a critical role in the coming year
In the next year, many experts predict that the use of blockchain will continue to grow. Its use in a variety of industries will help streamline processes and decrease the chance of fraud.
A number of startups are developing decentralized utilities that run on blockchain technology. One example is LO3 Energy’s Pando product, which allows utility companies’ customers to generate their own energy from the local area. This system runs on the open source Energy Web Chain.
Blockchain technology can also help healthcare providers collaborate more effectively, which may lead to more effective treatments. It can help reduce the impact of unsafe drugs on patients, and can help with traceability.


Some ideas have been rattling around in my head for quite awhile regarding distributed labratory/test systems. Mach 30 is distributed, so it stands to reason that it’s testing tools should be as well. “Here’s a little concept I’ve been workin’ on” for the last few days. It’s very high level and doesn’t address anything like user roles for sending commands, etc.
Each site is connected by a VPN, and a Python server uses a websocket as the transport mechanism to get shuttle data and commands between the hardware and the web client(s). Web based clients cannot create the usual TCP socket connections directly, but most browsers support websockets now. Using web based clients would give us a much richer and more platform neutral UI, and using a websocket decouples the client from the low level heavy lifting of communication with the hardware. Video could also be streamed over the VPN connection so that those at other sites could watch the test as the data was streaming through.
The web server is the piece that I’m still thinking about. There could be a central web server that contains all of the UI combos that Mach 30 uses, and the user just plugs in which websockets/channels/events to subscribe to. On the other hand, each Python server could have a coupled web server so that when you connect you get a UI that’s ready to go.
In the diagram, the web client UI at Rocket Shop 1 could be configured to display data from multiple sources at once if there was ever a need for that, although none come to mind right now.


Making a call with your IsatPhone
- Go outside with a clear line of sight to the sky. For best performance, move away from tall obstacles such as buildings or trees.
- Fully extend the antenna and point to its optimal position (straight up to the sky)
- Point the antenna towards the equator if possible as this is where the Inmarsat satellites are located.
- When you deploy the antenna always let the handset finish its satellite search for it to successfully connect to the Inmarsat network. Only press hide if you don’t need the phone to connect to the network.
- Dial in international format, e.g. to call GTC dial 00 44 1202 801290, to call OSC dial 00 305 560 5355.
- If you have taken the handset inside between making calls it is best to restart the handset once you are outside again to enable it to quickly regain a signal.
- Remember that it can take up to 2 minutes for the phone to connect to the satellite.


Electron, Phonon and Spin Transport in Nanoscale Quantum Devices
We engineer electrical, vibrational, magnetic and optical properties of nanoscale molecular devices for various applications such as molecular electronic building blocks, sensors, molecular spintronics, thermoelectric, piezoelectric and optoelectronic devices.
Overview of Research Topics
Nanoscale Electronic Devices, Sensors and Applications: Theoretical and Computational Physical Sciences; Electrical, Vibrational, Magnetic and Thermal Properties of Nanoscale Devices; Semiconductor Physics; Transistors and Sensors
- Nanoscale materials modelling i.e. Quantum, phonon and spin transport; Environmental effects
- Molecular electronics i.e. Quantum and phonon interference; Energy harvesting e.g. Thermoelectricity and Piezoelectricity; Biological sensing; Spintronic; Optoelectronics; Molecular electronic building blocks
- Two dimensional materials i.e. Van-der Waals heterostructures; Graphene electrodes; Molecular graphene nanoribbons
- Multiscale modelling i.e. Density functional theory; Tight-binding modelling; Molecular dynamics; Quantum transport
1- One post-doc position is available for 1 year (extendable for 2 years) within Device Modelling Group. The candidates should have a PhD in nanoelectronics or a closely related field and have experience with modelling of transport properties of nanoscale junctions from first principles using density functional theory, nano-equilibrium Green's function method and molecular dynamics.
2- Three PhD studentships (three years) are available within Device Modelling Group to work on electron and phonon transport through molecular junctions. Due to the funding source, the candidates should be from UK or EU countries.
To apply, please provide a single pdf document including a cover letter, full CV, a list of all publications and contact information for two references by email to Dr. H. Sadeghi.
- We will move to the School of Engineering at the University of Warwick from 1st September 2019.


The Callysto Call for Proposals funds activities supporting coding and computational thinking skills among Grades 5-12 students and teachers across Canada. Meet one of our phase 1 recipients, HighTechU! They’re running a quantum computing workshop for high school students on January 25, 2020 at the University of Victoria. HighTechU team members Ulrike Stege and Prashanti Priya Angara took the time to sit down with Callysto and tell us more about quantum computing and the event
What is quantum computing?
“Quantum computing is different from our everyday, or classical, computing. You see classical computing everywhere — from laptops, to smartphones, to toasters. Quantum computing is a new form of computing that excels at specific kinds of problems. Quantum computers give the opportunity to design efficient solutions for problems that have not been solved or cannot be solved efficiently by classical computing. For example, one application area where quantum computing promises breakthroughs is in simulating molecules and chemical reactions. Classically, this was only possible for very small molecules. Even with the most powerful supercomputers, we can only approximate chemical reactions. With quantum computers, we can potentially model atoms and molecules exactly like they behave in a test tube. Why could this lead to breakthroughs and major advancements? Simulating nature with high fidelity could give us new insights, enable deeper understanding of protein folding and, in turn, create custom enzymes, and aid the development of personalized medicine or catalysts for clean energy.
The quantum bit, or “qubit”, is the fundamental information unit of quantum computing. A qubit’s ground states are |0> and |1>. At any time during computation, a qubit is in superposition, which is a linear combination of the two ground states. This means that during computation, a qubit can be in an infinite number of states. However, we can only know the state of a qubit through measuring. Measuring a qubit turns it into a classical bit, which has a value of either 0 or 1. If two qubits are in a state of entanglement, then they are tightly correlated such that when the measurement value of one of the qubits is known, it instantly and uniquely determines the value of the second qubit — regardless how far apart the two entangled qubits are physically. Superposition and entanglement are key differentiators between quantum and classical computing.”
Why is quantum computing important?
“Quantum computing leverages the properties of materials at the atomic level. At this particular scale, physical systems are no longer governed by classical physics; they’re governed by quantum mechanics. Here is where quantum computing comes into play. Can we leverage some of the interesting characteristics of quantum phenomena for computation?
While research into quantum computing is not new, only recently have promising quantum computers been built and made accessible via the cloud. With Google’s quantum supremacy announcement, there is a renewed confidence that quantum computing might solve some challenging problems.”
Why is HighTechU hosting a quantum computing workshop?
“HighTechU aims to bring cutting edge technology to high school students and give them the opportunity to gain hands-on experience in these areas, and also, develop an understanding of what a career in such promising areas might look like.
Quantum computing has received a lot of attention recently, including in Canada. For example, on October 2, 2019 the B.C. Government announced the new B.C. Institute for Quantum Algorithms.
Tens of thousands of users have been able to access quantum computing hardware and simulators through cloud services offered by IBM, Microsoft, Google, D-Wave Systems, Fujitsu, and Amazon. A number of start-ups in Canada work in quantum computing, including D-Wave, 1QBit, Xanadu or Quantum Benchmark. We can expect the development of quantum computing to continue and that highly qualified people will be in high demand. With this workshop, we want to raise interest in this cutting-edge technology and highlight employment opportunities available now and in the near future.”
The workshop description notes IBM’s “Qiskit” and Jupyter notebooks will be used. Why these tools?
“IBM is not only a leader in quantum computing but also quantum education and training. In 2016, IBM Research with its IBM Q Network and Experience platform was the first company to provide the general public with access to real quantum computers. Qiskit, based on Python, is arguably the most popular open-source quantum computing software development framework for leveraging quantum processors in research, education, and business. Jupyter notebooks allow users to create and share documents that integrate live code, narrative text and visualizations. Quantum computing experiments are programmed in Qiskit and disseminated effectively using Jupyter Notebooks making them ideal for teaching.”
What will high school students learn from this workshop?
“Through this workshop, we hope high school students will get a taste of what quantum computing is all about. Students can gain motivation for their high school mathematics and physics courses. Students have many areas that they could pick after finishing high school; being aware of this exciting new world of quantum computing will expand their range of options.”
What did it mean for HighTechU to receive Callysto Call for Proposals funding?
“We are deeply indebted to Callysto for providing the funding to create this quantum computing course for high school students. To provide this eye on the future would not be possible without Callysto’s funding. This is HighTechU’s first workshop in quantum computing. Developing materials in a new field takes significant time and energy, particularly for a new field like this. Also, since quantum computing relies on principles that are commonly viewed as non-intuitive, with the funding we were able to acquire props and other hands-on materials to help get familiar with these quantum computing concepts.”
Submit a proposal
The next Callysto Call for Proposals submission deadline is February 15, 2020. Head to our Call for Proposals page for more details. We look forward to hearing from you!


Zenith Supersport 286
This was the one of the first true laptops made. It's thanks to this line of laptops that todays laptops look like they do. This paticular laptop came with 2 screen choices. One was a blue cga display. The other was a white vga display. From what I have seen the ones with vga are quite rare.
To enter the cmos press CTRL-ALT-INS soon after powering up.
|Processor||Intel 80c286 12mhz (c=low power version)|
|Type of BUS||None. But Internal components on isa bus|
|Display||CGA or VGA|


Holistic Trace Analysis
Holistic Trace Analysis (HTA) is an open source performance analysis and visualization Python library for PyTorch users. HTA takes as input Kineto traces collected by the PyTorch Profiler and up-levels the performance information contained in the traces.
ML researchers and systems engineers often struggle to computationally scale up their models because they are not aware of the performance bottlenecks in their workloads. The resources requested for a job (e.g. GPUs, memory) are often misaligned with the resources actually required due to lack of visibility “under the hood”.
The goal of HTA is to help engineers and researchers achieve the best performance from the hardware stack. For this to happen it is imperative to understand the resource utilization and bottlenecks for distributed training and inference workloads.
Features in Holistic Trace Analysis
To aid in performance debugging HTA provides the following features
Temporal Breakdown: Breakdown of GPU time in terms of time spent in computation, communication, memory events, and idle time on a single node and across all ranks.
Idle Time Breakdown: Breakdown of GPU idle time into waiting for the host, waiting for another kernel or attributed to an unknown cause.
Kernel Breakdown: Find kernels with the longest duration on each rank.
Kernel Duration Distribution: Distribution of average time taken by longest kernels across different ranks.
Communication Computation Overlap: Calculate the percentage of time when communication overlaps computation.
CUDA Kernel Launch Statistics: Distributions of GPU kernels with very small duration, large duration, and excessive launch time.
Augmented Counters (Memory copy bandwidth, Queue length): Augmented trace files which provide insights into memory copy bandwidth and number of outstanding operations on each CUDA stream.
Frequent CUDA Kernel Patterns: Find the CUDA kernels most frequently launched by any given PyTorch or user defined operator.
Trace Diff: A trace comparison tool to identify and visualize the differences between traces.
CUPTI Counter Analysis: An experimental API to interpret GPU performance counters. It attributes performance measurements from kernels to PyTorch operators, and can help with kernel optimization and roofline analysis.
Lightweight Critical Path Analysis: An experimental API to compute the critical path in the trace. Critical path can help one undertand if an application is CPU bound, GPU compute bound or communication bound. The path can be visualized on the original trace as well as manipulated as a directed acyclic graph object.


These products require the utilization of a vast array of system components and programming tools including:
- Sensors (temperature, pressure, relative humidity, light, motion, meters including electrical, gas, and water)
- Software including: EC-NET AX Workbench, web development tools, Flash, and Java
- Lighting control products
- Valves and damper actuators
- OEM products with open protocol technologies including BACnet, LON and Modbus.
Tabs Group Title
Synergetic Systems is staffed with certified Tridium integrators.
Distech is an open protocol line using BACnet, LonMark protocols and others.
The company was founded in 1992 with a single product (the Hawkeye Current Switch) and a vision to become the leading supplier of sensors and peripherals to HVAC controls contractors. To accomplish this task a customer-centric, direct to market business model, and a high performance, results oriented culture were developed. Many years later the business model and culture are as strong as ever, and Veris is now recognized as the leading supplier of energy and environmental sensors to HVAC Control and Energy Management solutions providers.


DPS10-8KW Electrofusion Welder Machines using true RMS control, is mainly used in connection of gas or water polyethylene (PE) pipes and fittings. It is the perfect corollary equipment for every PE pipe, pipe fitting manufactures and construction units.
DPS10-8KW Electrofusion Welder Machines manufactured by ZEMO-Tech.
DPS10 series Hdpe Pipe Electrofusion Welding Machine is my company's latest high-performance DC Welding Machine,using advanced PID control technology,making the device output more stable and reliable.
Large size LCD screen as man-machine interface, support multiple languages. Using imported IGBT module and fast recovery diode as output power device,the whole machine has the characteristics of small size, light weight, energy saving and so on.
DPS10-8KW Electrofusion Welder Machines the main features are as follows:
High-level MCU is used as control core, with abundant parameter setting, measuring and perfect protective function;
High brightness liquid crystal display, support multi languages, touch button operation, man-machine interactive interface;
Wide power supply and voltage input, suitable for on-the-spot electric network level;
High precision control to electric energy and time, ensure welding quality;
Swiftly output response time when power supply breaks, high stability;
Support U disk reading welding record;
Support U disk import formula parameter;
Support USB portable printer, print welding record;
With automatic identification matching pipe function;
Good doubling protection function;
With up to 6 phases programmable welding function, can adapt to different pipe welding requirements;
Support a variety of welding parameters input: manual input, formula extraction, bar code scanning input;
The control board adopts SMT welding technology to reduce the failure rate of the whole machine.
DPS10-8KW Electrofusion Welder Machines Technical Parameters
48V±10%,220V±20% or 380V±20%
See model selection
See model selection
Main control features
Constant voltage, constant current, constant power
Data record number
Electricity quantityconstant precision
1.5Ie, for 1 minute
Time control resolution
Temp. control resolution
Data output interface


664T Advanced Routing
The Route Table page displays routing table and allows the user to manually enter the routing entry. The routing table will display the routing status of Destination, Netmask, Gateway, and Interface. The interface br0 means the bridge interface; lo0 means the loopback interface; and ppp1 means the PPP interface. The Gateway is the learned Gateway. Destination - This field allows the user to enter the remote network or host IP address for the static routing. Netmask - This field allows the user to enter the Subnet Mask for the static routing.
Only one of the following items can be selected at a time. Gateway - This field allows the user to enter the IP address of the gateway device that allows the router to contact the remote network or the host for Specified IP or select an Interface for the Gateway. Connection - Select a PVC setting for routing information.


The Emperor 1000w Electronic Ballast supports both High Pressure Sodium (HPS) and Metal Halide Bulbs(MH), giving the grower the flexibility to choose the best selection of light simply by changing the bulb!
MS is used for accelerated Vegetative Growth, then switch to HPS to encourage Flowering Budding and Fruiting.
High Frequency output for standard to DE bulbs
Dimmable settings, Super Lumens 100% 75% or 60%
Soft Start technology
Compatible with HPS AND MH Bulbs
Automatic detection of 120v or 240v
8 foot 120V Power Cord Included
1 year Warranty


The Beach House
Musings on life, the universe and everything...from Alan Kerlin
15 May 2012
Next Soyuz rocket to Space Station launches 1:01pm today - watch live here
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The Expedition 31 crew is ready to head off to the International Space Station today, sitting atop a Russian Soyuz rocket.
You can get an inside look at the Soyuz being taken from the hanger to the
launch pad in this video
The launch is scheduled for 11.01pm US EDT, which if my calculations are correct is 1:01pm Canberra Time.
You can watch the launch streamed live in HD here:
live streaming video
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There are many AED (Automated External Defibrillator) devices being sold in the market. If you are shopping this device for a very first time, you might face lot of confusion over picking the best product. This article will tell you about heartsine samaritan 350p, which is one of the well-known AED devices that are available in the market. Knowing more about this device would certainly help you in deciding whether to buy this device or not. The first and foremost thing that you will notice about this device is its compactness. This device is lightweight and small size, henceforth making it a highly portable one.
However, being light in weight and compact in size, does not make this device less durable. The fact is that this device is highly durable and also has excellent resistant against dust and water. By having this device, you need not worry about its maintenance too. Usually, other AED devices have battery and electrode separately. In those cases, both the unit will have separate expiration date, which should be monitored regularly to ensure timely replacement. However, you need not worry about this scenario, when you own a Samaritan AED device because, it has battery and electrode combined into a single unit – namely Pad-Pak Catridge.
Henceforth, you have only one expiration date to check. The cartridge is easy to replace, thus making the maintenance easier. The battery comes with a shelf life of about four years, thus saving more money. This device is ideal to use even on pediatric patients. This device is easy to use because it provides easy to understand voice/visual cues and instructions. There are many accessories available for this device to enhance your convenience. These are the positives, why you should think of buy this device. You can read more reviews about heartsine samaritan 350p on the Internet. You could browse the Internet to find out the online stores, where you could buy this device for cheap rates.


Achieve Manufacturing Excellence Lean and Smart Manufacturing
About the Book
The new industrial revolution in manufacturing is primarily focused on the implementation of smart manufacturing technologies leading to the factory of the future. This will require the machines, robots and processes to be digitally connected to deliver real-time analysis and monitor them for performance and efficiencies. To take advantage of these important digital technologies, the manufacturing processes and equipment must be operating very efficiently, predictable and the processes always need to be performing at their optimal levels.
The factories of the future will have smart innovations operationalized with transformational digital technologies, new business models, and processes that will increase profits, reduce lead time, reduce human interventions, decrease product costs, enhance the consumer experience, and increase global market share by being relevant and responsive to any digital market disruptions.
The lean manufacturing principles must be the foundation and constantly be strengthened so that smart manufacturing applications can be efficiently implemented to deliver the required manufacturing productivity and achieve customer responsiveness. To become a customer-driven company, the companies must become a solution provider and constantly improve the end to end supply chain. The goal of smart manufacturing is the value creation for the consumers and the advanced technological innovations to deliver sustainable top-line growth for the companies and to gain a bigger market share.
About the Author
The manufacturing industries are constantly impacted by the global trends, this includes both the new products and the new manufacturing processes. This requires companies to constantly reimagine their supply chain, consumer preferences, and to quickly adopt the advanced greater digital technologies to increase efficiency, speed and agility. The manufacturing industries requires a strong lean foundation that will enable rapid transition into Smart Manufacturing paradigm using the advanced technologies.


Today’s technology is more robust and complex than ever before. From smartphones and tablets to cloud services and social networking, we’re more connected to our technology today than we were just a few short years ago, making it an integral part of every small and medium-sized business.
Yet with all the latest advances in technology, many companies are finding it harder to handle their IT support needs. While you used to be able to rely on a tech-savvy employee or a friend of a friend to handle your network needs, getting the most out of today’s technology demands more.
And it’s not just about getting things fixed when they break. It’s about preventing problems before they start and leveraging technology to grow your business.
Today’s business owners need to worry about hacker attacks, viruses, data management, workstation efficiency, data backup, disaster recovery planning and so much more. The trouble is that most tech companies are not setup to support your entire network. They simply handle problems as they come up. They don’t see the whole picture.


The VLSI CAD Lab is headed by Prof. Malgorzata Marek-Sadowska. Located in one of the most scenic spots within the UCSB campus and with spectacular ocean views, the lab provides a prefectly calm and nurturing research ambience. Since its inception in 1990, many researchers including graduate students, research scholars, faculty and people from the industry have actively participated in lab's activities. Members at the VLSI CAD Lab have exhibted diverse research interests and have richly contributed to the field of Electronic Design Automation ranging from logic synthesis to manufacturing and more. Some of the most recent research activites are listed below.


SECURITY & SURVEILLANCE EQUIPMENT
Blue Star Security provides a comprehensive approach to public safety by offering a wide variety of industry-leading security technology and equipment at competitive rates with no long-term contracts.
Residential and Commercial Security Alarm Systems
We offer customized state-of-the-art security systems for homes and businesses across Chicago. Every system is custom-designed to meet the unique security needs of each client, ranging from basic residential systems to multi-zone, multi-partition systems in either single-site locations or multi-site commercial locations. From initial design to professional installation to 24/7 monitoring, our full-service security solutions include interactive security and video monitoring, as well as:
Advanced Intrusion Detection
Smoke & Fire Protection
Water & Flood Damage Protection
Active Cellular Backup
Video Surveillance (CCTV)
Our commercial security systems also provide critical employee tracking abilities, allowing businesses to track employee attendance and incursion into restricted areas. Company vehicles can be tracked and managed via GPS technology, and employee building access can be alarmed or disabled via individual key fobs.
Metal Detectors, Wands and Scanners
This unique partnership of technology and human expertise integrates the real-world experience of our law enforcement officers with advanced security equipment. We provide the most advanced walk-through metal detectors, hand-held metal detectors, and X-ray inspection devices, offering professional installation and comprehensive training. All of our equipment provides highly sensitive detection while remaining harmless to the human body.
Contact us for a free estimate and to learn more about how you can maximize your coverage against threats with advanced security technologies for your home or business.


The modern world is impossible to imagine without electronics and Technology. So welcome to the New Electronic World Project. Electronics surrounds you everywhere: on city streets, in your yards, and in your houses. Electronics is present in almost all devices and mechanisms, starting with a toothbrush, ending with a spaceship. With the help of electronics, you move around, learn, cook, read, communicate, work. However, picking the best electronics for you can be difficult because there are so many options to consider. To make your decision easier, we research and analyze the latest and best electronics available today. From our research, we provide you with advice and reviews on each of these electronic gadgets so that you can pick the best electronics for you.


The little electromechanical mouse to the left was proudly constructed by Mark Bezdany and myself as our senior design project. Its code name was Jerry, named after the cartoon character in Tom & Jerry. The mouse had the ability to traverse a 6x6 maze given the starting and ending destination and the starting direction. Once started, Jerry would either stop at the desired destination node or traverse the entire maze and stop after realizing that there was no physical path to the destination node.
To navigate through the maze the mouse used optoelectronic sensors on its bottom as shown in the picture to the left. This told Jerry were he was at all times. Valid nodes and paths had reflective tape the on tops of them. The rail in the center of the maze helped in guiding Jerry to its next node. The processor we chose was the Motorola 68HC11EVB. Four D cell batteries controlled Jerry's circuitry and processor boards. While another four D cell batteries were used to control the motor. The seperation of powers helped to reduce any noise and let us power on only the portion of the mouse that we needed.
For control purposes we used three switches, shown in the left hand side of the picture. One switch controlled power to the processor board and circuitry. Another controlled power to the motors. This allowed us to debug certain aspects of the design without turning on the entire mouse. The last switch was the control switch for the entire system. This switch allowed us to stop Jerry while it was traversing the maze to make any minor repairs needed. Once the repairs were made we could place Jerry were we stopped him, flip the control switch to ON and it would continue from the very same spot. The LED's emitted the current output of the sensors, this aided in debugging.
The board that Jerry navigated on was hardwood with peg board below it. The peg board allowed us to make the maze reconfigurable. Therefore, you were not limited to a single maze, in any way other than size. We had fun creating new mazes and testing Jerry's ability.


Flowserve Corporation Electronic Hardware Engineer in IRVING, Texas
Flowserve is the recognized world leader in supplying pumps, valves, seals, automation, and services to the power, oil, gas, chemical, and other industries. With more than 18,000 employees in more than 55 countries, we combine our global reach with a local presence.
EDUCATION and/or EXPERIENCE:
Bachelor's degree from four-year college or university; or equivalent combination of education and experience.
Minimum 5 years experience designing low power mixed signal electronic assemblies
Working knowledge of electronic CAD software preferably Altium.
Solid understanding of EMI/RFI protection.
Knowledge of common electronic communication standards, practices, and theories.
Experience with microprocessor or microcontroller theory.
Experience in intrinsically safe design practices
Knowledge of industrial communication physical layer.
Knowledge of industrial wireless communication protocols is a plus (Wireless HART, LoRa, Bluetooth, BLE)
Experience designing equipment to operate in high EMI/RFI environments.
Familiarity with design requirements required for International standards such as ATEX and IECEX.
Working knowledge low power electronics and sensors.
KNOWLEDGE, SKILLS, ABILITIES:
Additional understanding of programming languages, microprocessors, electronics, communications, process control theory, emulators, debuggers, organizational skills, and office-type computer software in general.
Willingness to solve unknown technical problems with little or no instruction, documentation, or supervision.
Knowledge of networking protocols and their interactions
Knowledge IoT landscape
POSITION SUMMARY: Develop and maintain electronic hardware that exists in all of Flowserve’s IPS related product lines
Analyze the electronic requirements necessary to run Flowserve’s IPS Products, and determine the feasibility detailed design of the electronics working with mechanical designers and embedded code developers..
Create hardware Design requirements documents for IPS Products being developed by Flowserve.
Use CAD software to create and modify electrical schematics.
Complete multilayer board layout and routing.
Build prototypes, proof-of-concepts and demonstrations
Work with programmers to define the interactions with the user interface software.
Perform intrinsic safety design analysis and create reports and documentation needed for certification.
Create validation test plans and test the functionality of the embedded code and electronic hardware. Fix hardware issues and recommend embedded code solutions where needed.
Create and maintain documentation relating to the hardware, and assist in the creation of user manuals and technical references.
Position can be based at any one of the following locations:
Job Posting/Business Card Title:
Electronic Hardware Engineer
Percentage of Approximate Travel Required:
Primary Posting Location:
IRVING, Texas US
Job Posting Category:
United States of America
Auto req ID:


What is Smart Textiles?
There are various names of smart textiles. E-textile is the most popular name of this kind of textile. It is also called smart clothing, smart garments, electronic textiles, intelligent textiles etc. Smart textiles are versatile and offer new ways to look at textile and technology. It is a branch of technical textile. Fabrics of smart textile are developed and manufactured to include technologies that provide the wearer with increased functionality. Smart textile may revolutionary change is that they have the ability to do many things that traditional fabrics cannot, including communicate, transform, conduct energy and even grow.
Smart textile can be classified into two categories. One is aesthetic and another is performance enhancing. Aesthetic examples include everything from fabrics that light up to fabrics that can change color. Some fabrics can gather energy from the environment by harnessing vibrations, sound or heat, reacting to this input. On the other hand, performance enhancing smart textiles, which will have a huge impact on the athletic, extreme sports sector and military industries. It is even possible to maintain constant body temperature using phase- change technology. Smart textile also widely used as a protective clothing to guard against extreme environmental hazards like radiation and the effects of space travel. The health and beauty industry is also taking advantage of these innovations. Smart clothing serves an important role in remote monitoring of chronically ill patients or those undergoing rehabilitation. It also promotes the concept of preventative healthcare. Now a days, smart textile are also used for fashion purposes.
Some examples of smart textiles:
1. Electro Textiles – can take the form of electronic stimulants, such as keyboards, functional keys for MP3 players (Elek Tex & Peratech), biosensors to monitor heartbeats (Peratech & Sensatex), etc. All of those textiles are machine washable, but some may then have a limited life performance. Fibre-optic screens on clothing and bags can offer good graphic displays and connect to the Internet via Bluetooth technology. Other textiles include curtains that light up in the dark, purses that change pattern when a mobile phone rings and gloves with Bluetooth technology having built-in headsets.
2. Body-Enhancing Textiles – can supply the wearer with microencapsulated vitamins and microencapsulated protection such as sunscreen, repellents etc.
3. Memory Textiles – shape memory alloys and polymers can change shape using temperature sensitive foam in response to temperature or weight shifts so moulding to the body then return to the original position once pressure and heat have been removed.
Driven by consumer demand for a unique appearance, increased performance and multi- functionality of woven textiles, smart textile have become an active area of current research. Applications of smart textile include:
- Interactive clothing for sports, hazardous occupations and military personnel;
- Industrial textiles with integrated sensors for monitoring or signage to display information;
- Smart textile includes healthcare and space technology applications;
- Fashion accessories and apparel with a unique and variable appearance.
List of Technologies Involved in Smart Textiles:
Various technologies are used in smart textile. Common and important technologies names are given below.
- Fiber optics
- Phase change materials
- Nanotechnologies for fiber and fabric coating
- Thermo chromic materials
- Organic or plastic electronics
- Shape memory alloys and polymers
- Conductive fibers and yarns – metals, wires and conductive polymers
- Quantum tunneling composites for switching devices
- Bio materials
- Piezoelectric resistance
- Light-emitting polymers and diodes
- Photo voltaic and solar cells
- Photo luminescence
- Plasma technologies
- Photo chromic materials
- Radio frequency identification (RFID) tags
- Global positioning and wireless communications
- Micro-electronic mechanical systems (MEMS)
- Micro encapsulation for therapy delivery
Editor of Fashion2Apparel. She is a fashion designer and ex-lecturer in Fashion Designing. She wants to spread fashion knowledge throughout the world.


1.5mm 1 Pair Overall Screened 100m roll
North Lakes:Low Stock
Berrinba:Out of Stock
Sunshine Coast:Out of Stock
Townsville:Out of Stock
Cairns:Out of Stock
Darwin:Out of Stock
Toowoomba:Out of Stock
Gold Coast:In Stock
Contact Branch for Availability
- Overall Screened Multi Pair
- Ideal for Internal or External inter-connection of electronic apparatus such as computer, intercoms, telemetering, signalling and alarm systems.
- Conductor: Tinned annealed copper wire.
- Insulation consists of Polypropylene; thickness: 0.30 mm
- Screening is Aluminium tape screen, polyester mylar tape lapping 7/0.20 mm tinned copper drain wire.
- Sheath is PVC V75 (grey)
- Voltage: This cable runs with a 240V radial thickness sheath and must not be connected to mains power supplies.
- Complies with Australian Standards: AS1125 (Conductor) AS/NZS 3808 (PVC)
- Austel Approval: A95/CA/0217


Difference between ASUS ROG Zephyrus G14 vs Strix G15 Series Laptops
FAZZDEVELOPER.COM - Difference between ASUS ROG Zephyrus vs Strix Series laptops should be considered carefully when you have to make a decision for buying one from both options. It is a wise choice for buyers to make a thorough research about the laptops before making any purchase that can spend a lot of money.
Which one is better between both laptops? Let’s find out further.
ASUS ROG Zephyrus G14 Spec
Let’s start with ASUS ROG Zephyrus G14 specifications. The performance of this laptop is supported by AMD Ryzen 7 4800HS processor. It comes along with 12GB RAM which can ensure its speedy performance. It also has a great graphic since it has GeForce GTX 1650.
The screen size is pretty standard for common laptops since it has 14 inches screen display with full HD resolution. The weight of this laptop is 1.65 kg. This laptop runs on Windows 10 operating system and a 1000GB SSD hard drive.
ASUS ROG Strix G15 Spec
Since we want to know about the Difference between ASUS ROG Zephyrus vs Strix Series laptops, now it is time to know more about the specification of the ASUS ROG Strix G15. You can start the journey from the processor. This laptop is powered by an Intel Core i7-10750H CPU that is combined with 16GB RAM.
Meanwhile, the screen can be considered large since it has 15.6 inches in size. Just like the Zephyrus series, this laptop has full HD screen resolution. A larger screen size comes with a heavier weight since it has 2.39 kilograms.
What about the operating system? It is supported by Windows 10 Home operating system. It is also supported with two SSD hard drives with 500GB capacity each.
Let's make a comparison between both laptops after we know more about the Difference between ASUS ROG Zephyrus vs Strix Series laptops specification. If you are looking for a laptop with a much better processor for much better performance, you need to choose ASUS ROG Zephyrus G14.
However, you might have to choose ASUS ROG Strix G15 if you want to get a laptop with more memory. You can choose this laptop as well if you want to have a laptop with a much better graphic. Strix G15 comes with a larger screen and it might be included in your consideration if you want a laptop with a big screen.
Last but not least, you need to consider Zephyrus G14 if you want to have a more portable laptop at a cheaper price.


Smarter and faster container
How Smart EIR, a blockchain-powered platform, can help
you improve gate-in / gate-out activities.
Smart EIR at a glance
Access a complete dashboard to authorize users, configure your app, and visualize depot data, all in one place.
Grant access to depot agents to enter data and photos of containers for reliable real-time accountability.
Cameras can capture pictures of the containers, whereas an image recognition system enables faster data entry and traceability.
Smart EIR across the container process
What makes Smart EIR unique
Container depots require accurate and efficient freight handling. The Smart EIR multiplatform app offers an optimized system that digitizes cargo receipts to minimize paper, reducing processing times from ten to less than two minutes.
Smart EIR enables complete and reliable traceability of cargo from its arrival to its dispatching. It also offers near real-time visualization of the containers’ inventory with accurate handling data from authorized agents to guarantee transparency and accountability.
Smart EIR leverages blockchain technology to create immutable registries of approvals of movement. Depot workers may use a Wi-Fi-enabled phone to validate the orders. You can access a dashboard that offers accountability across the handling processes.
Smart EIR connects to fixed cameras and uses image recognition to capture container data and initiate new orders. It then registers these photos creating a precise photo archive that offers improved traceability.
The technology that powers Smart EIR
Distributed ledger technology (DLT) grants various stakeholders a transparent and reliable visualization of the data.
The EOSIO blockchain protocol offers zero-cost transactions and low latency to create blocks, ideal for data-intensive businesses.
Smart EIR deploys the LACChain EOSIO network, which uses a public-permissioned version of EOSIO technology.
Phone and fixed cameras can capture photos that Smart EIR can process to offer reliable and traceable container data.
Photos are securely and immutably stored in an archive for accountability of the status and movement of containers.
By digitizing cargo receipts, we’re cutting costs in paperwork and processing times, saving you money with each transaction.


The FLUXMETER™ Measures the invisible electromagnetic fields that surround us
Built in magnetometer
FLUXMETER™ uses a proprietary algorithm to "zero" out the Earth's magnetic field, allowing measurement of the local area magnetic flux only.
App uses a proprietary algorithm to “zero” out of the Earth’s magnetic field, allowing measurements of the local area magnetic flux only.
Data Logging Capabilities
Electromagnetic Frequency (EMF) sensors with data logging capabilities can cost thousands of dollars, this app is completely free and compatible with all Apple devices.
Detect HVAC Interference
A very pragmatic and extremely useful tool, which is also with you all of the time, (in your mobile device), giving you an immediate understanding of the EMF and potential high-voltage alternating current (HVAC) interference risk.


3. Collect data
We have selected the best sensors for each of your applications, from mapping to surveillance. Our camera are recognized as standards on the civilian UAV market. The SB4 is designed to integrate the most efficient and lightweight payloads, allowing you to get the best data on large territories without any effort.
Sony RX100 II - 20 MPxl camera
This camera has been adapted so it can be controlled by our autopilot. All the parameters are managed automatically to acquire high definition RGB images.
Sequoia - Multispectral camera
The sequoia camera is a revolution in the UAV industry. It offers a complete and flexible solution. Thanks to its two embedded sensors (multispectral and sunshine), you will get accurate insights for agriculture and forestry applications.
Flir Vue Pro 640 - Thermal camera
Known as the best thermal camera for UAVs and designed for professional use, this payload will add tremendous value to your sUAS operations and services. You can use it for surveillance, vegetation inspection or large infrastructure monitoring (i.e. pipelines)


A few weeks ago, I bought two vintage lamps at the Goodwill Bins store for $3.
When I got them home, one worked like a charm and one wouldn’t turn on. (Goodwill had a testing station, but no light bulbs. What?) I was upset, because I love the art deco shape, the cool peach color, and the smoothness of the paint under the glass of these lamps. I wanted both!
Turns out, I didn’t need to worry. Lamps have very simple electronics. When you take one apart, what you basically have is the cord running up a tube from the base to the top, attached to a simple switch that the light bulb screws into. The switch is in a case that pops open to give you access. That’s it.
The cord has two parts. Each part wraps around a screw on the switch, which is then tightened down. Think about battery cables, only without polarity so it doesn’t matter which side of the cord wraps around which screw.
If you take apart the familiar switch casing (right), you’ll be able to take out the actual switch (left.) The screw you see facing you on the switch is where one side of the cord goes. The only tool you need is a flat head screwdriver.
A new lamp switch cost about $3 at Home Depot. It never occurred to me before, but lamp switches come in standard sizes–because light bulbs come in standard sizes. In the picture above, you can see Kevin tightening the screw on the wire. We wanted to make sure it was the switch that was the problem, and not the wire. If it had been a wire, Kevin would have cut the receiving end off a simple extension cord and striped the wires to replace the existing lamp cord.
I shared this here: Coastal Charm, Tuesday’s Treasures, Take a Look Tuesday, Homemade Tuesdays, Anti-Procrastination Tuesday, Tutorial Tuesday, One Project at a Time, Make it Work Wednesday, Hooking up with HOH, Weekend Wander, Simply Creations, Frugalicious Friday, Weekend Show Off,


Alliance Program Connects Corporate Partners and University Research
50 milliseconds. That is the communication delay between the surgeon and the surgical robot in telesurgery. 50 milliseconds of error seems imperceptibly small but it can cause a lot of harm during a surgery. Fortunately researchers at UC San Diego created a system that uses augmented reality renderings to predict events that could help surgeons overcome communication delays between the remote console and the surgical robot, reducing overshoot and increasing the safety of telesurgery.
Meanwhile, innovators at UCLA created gloves with sensors that can translate hand movements like sign language into voice with near-perfect accuracy.
So what is the next step for these technologies? How can surgeons implement augmented reality renderings to improve telesurgery? How can the deaf community access those gloves to communicate with those who do not know sign language?
This was the inspiration for the Alliance for SoCal Innovation’s program concept currently in development called the Strategic University Research Expo (SURE).
SURE is envisioned as an opportunity for corporate partners to get an early look at compelling innovative technologies developed at top Southern California universities. The universities in the Alliance’s network commit $7 billion a year to research and obtain over 500 patents per year. We will engage with our partners at the university technology transfer offices to curate virtual Demo Day expos of research projects that match our corporate partners’ innovation priorities, ranging from Augmented Reality applications in healthcare to cybersecurity. The Virtual Demo Day offers corporate partners the chance to interact with the teams, understand the technology, discuss possible future applications and build relationships.
Both corporate partners and universities benefit from the SURE network. Startups present a disruption threat to established companies and to remain competitive, corporates have to stay ahead in research and development. With the SURE program, they have early access to the licensing of novel intellectual property that have high commercial potential. They have the ability to underwrite and accelerate deeper exploration in priority research areas to stay ahead of their competition and more importantly, help bring important breakthroughs to the market. A partnership with the Alliance through SURE also gives corporations a platform to articulate future corporate technology needs.
On the other side of the equation, universities and their research teams benefit from having increased exposure to their research and the opportunity to commercialize their research. As a result, they can secure more funding or see their technology being utilized in places like hospitals or movie studios. Professors and student researchers can see the applicability of their technology and secure partnerships or licensing agreements.
There are many great examples of how such a connected network of corporates and research institutions can accelerate innovation. SURE is helping create a day where you can hear sign language or receive surgery from world-renowned surgeons across the globe.


Updating the driver for intel prowireless lan 2200bg adapter
It is the inventor of the x86 series of microprocessors, the processors found in most personal computers.
Intel supplies processors for computer system manufacturers such as Apple, Samsung, HP and Dell.
If you can't find the driver that you need for your device, please contact us using the feedback form and we will try to find it for you.
We would also be happy to hear any ideas you have on how to improve our website.
READ FIRST: I found 4 drivers for Intel(R) PRO/Wireless 2200BG for windows 7, Since there are two windows which is 32-bit (x86) and 64 bit (x64) Here is the executable driver for both 64-bit and 32-bit. On the search box type : Intel PRO/Wireless 2200BG Network Connection INSTALLATION: 1.
Although Intel created the world's first commercial microprocessor chip in 1971, it was not until the success of the personal computer (PC) that this became its primary business.
This driver from intel and so maybe i cannot upload it.
EXE and select propertis - compatibility -tick 'run this program in compatibility mode for - windows vista. Right click again on both and select "run as admin".
Free drivers for INTEL PRO/Wireless 2200BG Network Connection. If you can not find a driver for your operating system you can ask for it on our forum.
Additionally, you can choose Operating System to see the drivers that will be compatible with your OS.


What is NLS diagnostics
We work with a system of quantum physics, which means NLS stands for Non-Linear System and is used to create a holistic diagnosis of the cause, why something in our body is no longer true or, better, what causes us to become ill. (What is the reason and not what is the symptomatology) The development of the NLS analyzer comes from Russian scientists and was originally developed for the Russian Space Program. The method we also today actively applied in space travel in Russia and USA.
Quantum physics has given humanity a completely new view of the world. It shows: Everything is vibration, matter is also vibration. From an energetic point of view, objects represent a multidimensional vibrational body. Vibration measuring devices capture everything in the world as a frequency pattern.
The NLS analysis system was developed for the human organism and its therapy. It scans the human energy body as one also scans the transmitters via the frequency searcher of a radio. It uses a sophisticated software to detect vibration patterns that not only distinguish individuals from each other, but also recognize their respective health status. Each organ or organ system generates its specific frequencies, resulting in specific vibrations. Healthy bodies and organs vibrate in a certain way, diseased bodies or bodies whose energy is blocked swing "differently".
The NLS analysis system recognizes the differences and assigns them medical-diagnostically relevant causes. The NLS analysis system is a revolutionary system with high resolution accuracy. The holistic view captures the body from the smallest to the largest
Unit. (DNA -> cell -> organ -> body). The NLS analysis system does not detect the symptoms, but immediately identifies the cause and builds the treatment directly on the
Cause as a basis.
It's a client-friendly method: fast, painless, safe and non-invasive.


One of the most essential tools to use when working with Corel Painter is something that every digital artist should have. And this is the computer graphics tablet. The tablet is used as a computer input device so that hand drawn images can appear on the computer. This is useful for Corel Painter and other graphics applications, but there are a few things to consider about a tablet.
The type of tablet should be considered when looking for something to use with Corel Painter. There are both passive and active kinds of tablets. A passive tablet is one in which horizontal and vertical wires in the tablet work to transmit and receive the data the stylus pen
transmits to it. LC circuits in the pen are used to help with getting the data to be read. This means that the pen will have to be charged so that the tablet will be able to read it.
Active tablets work differently than passive ones. The stylus pen that is used here works to generate and transmit energy signals on its own to the tablet. The pen has an internal battery in this case and will be able to transmit its own power without having to rely on the tablet for its power source. In fact, with this, the tablet will not have to keep switching between transmit and receive modes, so it will be easier to get the tablet to work.
Another of the things to use for a computer graphics tablet for Corel Painter is to use the right accessories with the tool. For example, some stylus pens have erasers that can be used when turning the pen upside down and using it on the tablet. An airbrush can also be used in the tablet. This is a stylus that is used to simulate airbrush effects. Some unique effects can be used on the pen, including controls on the paint flow and the shape of the nozzle that the paint will come from.
One of the most unique parts of the tablet to use is a graphics tablet screen. Corel Painter and various other tools for digital painting can use these unique tools. This tablet is a sort of screen that will put an LCD screen over the computer screen. This makes it so that the artist can easily draw on the display surface. This can make the process of drawing incredibly easy. A good example of such a graphic table screen is the Wacom Cintiq Pen Display.
A computer graphics tablet is one of the most important tools for using Corel Painter and other programs like Photoshop for digital painting. The tablet will be needed so that it can be easy to get the right strokes into the computer.
To learn more about the different input devices to use wiht Corel Painter, Photoshop, Artrage, and any other graphics application, view this demonstration.


20x20μm in 1s @100X
20x20μm in 1s @100X
447 nm, 532, 635 nm（可选其他波长）
NANOPARTICLES IN CANCER CELLS
Dark field illumination is commonly used for the analysis of biological samples containing nanomaterials that significantly scatter light. When combined to hyperspectral imaging, it becomes an exceptional tool to also detect the composition and the location of nanomaterials embedded in cells. IMATM, Photon etc.’s hyperspectral imager, can be equipped with a highly efficient dark field condenser and generate high contrast images of biological samples.
The high throughput of Photon etc.’s hyperspectral filter allows the rapid acquisition of spectrally resolved high resolution images. Since the camera captures the whole area in the field of view, it is possible to collect spectral and spatial information in real time, with the possibility of recording spectrally resolved videos to follow the dynamics of cells and luminescent nanoscale components. PHySpecTM, Photon etc software, enables principal component analysis (PCA) in order to identify the smallest variations of single and aggregated nanoparticles.
With the purpose of showing the capabilities of IMATM to analyse nanomaterials in biological systems, a sample of MDA-MB-23 human breast cancer cells has been tagged with 60 nm gold nanoparticles (GNPs) and exposed to a dark field illumination on the entire field of view (Figure 1). With a 60×objective, an area of 150×112 μm was imaged, with a step of 2 nm and an exposition time of 2 s per wavelength. The complete analysis took only a few minutes, for more than one million spectra, each of them covering the whole visible spectrum.
Cells typically have a flat scattering spectrum, whereas GNPs show a sharp peak around 550 nm. Figure 2 illustrates the 550 nm image extracted from the dark field hyperspectral cube of the breast cancer. The GNPs are marked with a green colouring after PCA software processing. The magnification of a breast cancer cell (Figure 3a) and the spectra of the regions containing GNPs (some examples in Figure 3b) confirmed the presence of single 60 nm NPs (peak at 550 nm) and their aggregates (peaks red-shifted). The hyperspectral camera did not detect any GNPs in the areas between the cells.
CHARACTERISATION OF SOLAR CELLS USING HYPERSPECTRAL IMAGER
A new characterization method based on hyperspectral imaging recording spectrally resolved images allows the cartography of electroluminescence (EL) and photoluminescence (PL). From the data acquired, spatial variations of cell properties such as open circuit voltage and transport mechanisms were identified and characterized. Furthermore, the system was compared to a classical confocal microscope, showing significant gains in acquisition time.
Spectrally resolved images provide considerable advantages such as, absolute calibration of intensity, micrometer scale resolution, and excitation and detection on a surface (no information loss from lateral diffusion and roughness). In luminescence imaging, absolute calibration is a main concern and is here done in two steps: first, an absolute calibration at a determined point (spatially and spectrally) with a laser, and then a relative calibration on the whole space and the whole spectrum, with a calibrated lamp coupled to an integrating sphere.The images rendered by IMATM are spectrally resolved luminescence images from multicrystalline CIS solar cell, offering means of studying its spatial inhomogeneities. On high efficiency GaAs solar cells, we got absolute measurements of EL and successfully investigated reciprocity relations. Our next step is to record quantitative maps of CIGS physical properties from PL and EL images, such as VOC , transport parameters and more.
A confocal microscope coupled to a spectrometer provides similar data. The 532nm laser is focused onto the cell front contact, and the cartography of PL spectra is obtained by scanning the sample. The acquisition time with the imager is much faster. 150*150μm² at 107 W/m² would take hundreds of hours in confocal, but only 8min with IMA. Moreover, surface excitation and detection allow to get rid of diffusion and roughness troubles for quantitative analysis.
MULTIPLEXING OF 17 SWCNTs
NIR hyperspectral microscopy covers the detection range of 900-1700 nm and is ideal for the spatial and spectral identification and measurement of fluorophores that emit in the second biological window. For example, single wall nanotubes (SWNTs) emission bands are narrow (~ 20 nm) and each band corresponds to unique (n, m) species (chiralities). With IR hyperspectral microscopy, it is possible to separate these species, with single SWNT spatial resolution on surfaces, in live cells, and in vivo.
Images obtained by IR hyperspectral microscopy can be used to study fluorescence and spectral heterogeneity from single SWNTs in complex environments, including live cells and tissues.
Locate and identify single SWNTs chiralities
• Identify SWNTs by their IR spectra
• Separate single SWNT (emission band ~ 20 nm)
• Simultaneous imaging of all emitters
• Multiplexing with one laser source
Access to second biological window
• Attenuated tissue absorbance
• Higher depth of penetration
• Less scattering
• Limited autofluorescence
Monitor spectral information
• Changes in intensity of single emitters
• Shifts in wavelength
• Spectral bandwidth variations
In vivo applications
• In vivo imaging of multiplexed emitters
• In vivo long term sensing


ERALED Optoelectronics Co., Ltd.
ERALED leads the way in LED display manufacturing & technology, with the registered capital of 100 million RMB, specialized in manufacturing of UHD Small pixel LED display, UHD Small pixel LED TV, Rental LED display, Fixed LED display, outdoor LED display, indoor LED display, Creative LED display, Sports stadium LED display, Advertising LED display, Control room LED display, Mobile LED display, Entertainment LED display, Arc LED display, Real estate LED display, TV & Broadcasting Station LED display, Transportation LED display, Billboard advertising LED display, Front Accessible LED Display, LED modules,LED cabinet, etc:
Small Pixel Pitch LED Display
Indoor LED Display
Outdoor LED Display
Rental LED Display Cabinet
3D LED display is a new high-tech LED display devices are widely used in recent years, with high definition, stable quality, long service life, the characteristics of the flexible display function. Today, it is in the areas of 4 k, 3D constantly enrich and expand, make it in color, brightness, contrast, etc is more demanding, more clear, also let the customer get higher when watching video to enjoy.
Outdoor Fixed installation LED display is used in the outdoor environment and used for Fixed installation purpose which normally need high brightness, waterproof, dustproof. The application environment of Outdoor Fixed installation LED display is normally much harsh than the indoor LED display. The material & quality standard is also higher than the indoor LED display.
4D LED display is a new high-tech LED display devices are widely used in recent years, with high definition, stable quality, long service life, the characteristics of the flexible display function. Today, it is in the areas of 4 k, 4D constantly enrich and expand, make it in color, brightness,...
Outdoor HD LED display is short for 'Outdoor High definition LED display', which is also called 'Outdoor NPP LED Display','Outdoor small pixel pitch LED Display'. ERALED Outdoor HD LED display have unequalled high brightness, high refresh, high IP rating, high gray grade, high contrast ratio, high waterproof and dust-proof grade-IP65; most cost effective and multi-functional use LED display which is fit for both for Outdoor HD LED display, indoor, rental, mobile and fixed applications.
ERALED Flexible LED display is also called bendable LED display, soft LED display, which is more flexible, lighter and thinner than traditional LED display with the advantage of creative freedom shape, easy and fast setup reducing installation time and cost. Available models including: P2.0mm, P2.5mm, P3mm, P4mm, P5mm, P6mm, P6.67mm, P8mm and P10mm Flexible LED display. Most hot selling model is P2.5mm Flexible LED display.
Front accessible LED sign: The Front accessible LED sign include magnetic module Front accessible LED sign and hydraulic prop up structure cabinet Front accessible LED sign. ERALED display is a fast growing energy saving, high tech green products which taking place of the old traditional...
360 degree LED display is also called Cylinder LED Display, Cylindrical LED Display which is 360 degree Visible from any direction. 360 degree LED display can be made up by flexible soft module and normal flat modules. When the diameter is very small, then it’s better to use the soft module; when the diameter is very large, then can also use the normal flat module. Soft module is more expensive than the normal flat module.


The Gigabyte Tech Tour, which is held annually around the globe, is an opportunity for the media as well as distributors to experience first-hand some of the latest products from the company. The Malaysian leg of the tour was held earlier today in KL, where Gigabyte showcased a number of interesting hardware. With the central theme being ‘New Ideas’, the products being showcased were definitely fresh and innovative.
The tour began with Ben Lai, Manager, Product Department, Multimedia Division of Gigabyte, introducing the Gigabyte Aivia Uranium, a powerful wireless gaming mouse that features a dedicated receiver, which doubles as an information hub with an OLED display that shows information such as DPI settings and other useful information. Lai also introduced the Aivia Neon, a mouse that’s best described as an all-in-one mouse. Developed for presentations, the Neon has a built-in laser pointer, has motion tracking capabilities and is entirely wireless.
Alina Liu of the Marketing Department for Graphics Card Sales and Marketing, Gigabyte, then took to the stage to introduce the Gigabyte FLY, S3000, and most interestingly, an NVIDIA GeForce GTX TITAN that features a custom cooling solution. The FLY is a headset that features powerful 40mm drivers, while the S3000 is the world’s first 2.0 speaker system to be powered by USB 3.0.
Gigabyte GeForce GTX TITAN
Of these items, the most outstanding item would be the Gigabyte GeForce GTX TITAN that features the WINDFORCE cooling solution. By the looks of it, GIGABYTE incorporates its WINDFORCE 3X solution for this build. It was also explained that to make full use of NVIDIA’s GPU Boost 2.0 technology, the company designed the cooling solution with an increased wattage rating. This is to ensure that the fans run as fast as possible, keeping the card cool, which in turn lets GPU Boost 2.0 squeeze more performance.
We found this TITAN to be extremely unique, not because this is the first time we’re hearing of a cooling solution that uses more wattage to provide increased fan speeds, but for the fact that NVIDIA had said that all cards based on the GeForce GTX TITAN MUST sport reference cooling solutions. We’re trying to learn more about this, and once we do get a solid answer, rest assured that we’ll keep you posted.
For the latest on Gigabyte, follow us at Hardwarezone.


2018 SentryNet Dealer Conference
Hikvision has signed on as a Platinum Sponsor for SentryCon 2018. Security installers face unprecedented challenges. In the face of disruptive technologies and shifting powers to the consumer, changing how you do business is essential to staying in the game. But change is hard, requiring adjustments not only in the direction of sales and marketing efforts, but also in mindsets, functions, culture, and technology. Meanwhile, the lights must stay on and the show must go on. This year at SentryCon we will explore the challenges you are facing. Understand how they are impacting business, as well as shaping solutions, and changing the marketplace. We will be in Biloxi, MS April 23 - 26 and you can register to attend at www.sentrycon.us
Hikvision is the worlds leading supplier of video surveillance solutions. From its inception in 2001, Hikvision has played an active role in the ever evolving video surveillance market, devoting eight percent of its annual revenue into research and development for continued product innovation. Featuring the industrys strongest R and D workforce, Hikvision designs, develops, and manufactures innovative standard- and high-definition cameras, including a variety of Smart IP recorders and cameras with infrared, wide dynamic range, facial detection, object counting, and intrusion detection capabilities. Easily meeting all bandwidth and storage utilization requirements, Hikvisions Smart IP Camera Series offers unparalleled image quality and customer convenience. Additionally, Hikvisions Smart PTZ cameras incorporate proprietary image signal processing technology and use progressive scan sensors to deliver true color representation and clear images of fast moving objects. Hikvisions offerings in the analog camera market include box, bullet, dome, and turret analog cameras with vandal-resistant properties. TurboHD cameras from Hikvision are supported by HD TVI, the latest in high definition analog technology, and are ideal for analog to digital migration using existing infrastructure.


This app turns your screen on when you get a new notification so you can instantly see what’s going on.
It was pretty simple: I always put my phone next to me on the table when I’m working at the computer and after some time I was annoyed of having to turn on the screen manually when I received a notification. So I wanted to build an app to fit my needs.
Because there are moments when the user doesn’t want the screen to be turned on, I implemented some settings to prevent that. The user can choose to not turn the screen on if the phone’s proximity sensor is covered: For example lying with the screen down on the table or in the pocket. It can also be dependent on the phone’s sound settings. For example only turn it on when the notification sound is on (and not vibrate or silent).
Note: To be able to use the app, you have to grant notification access to it which is used only for detecting when the user receives new notifications. You will be sent to the place where you can grant access.
At first, I thought there can’t be much that I learned, it’s a rather small app. In hindsight, I learned many important concepts. I learned how to implement services that run in the background even if the app is closed. How to listen to notifications. How to turn the screen on. How to use the proximity sensor and also how to query the sound settings.
is that I learned the important concepts above. I’m also proud of the app icon and the overall design ;)