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by SciGen® Technologies S.A. All rights reserved.
April 22-25, 2018, King Abdullah University of Science and Technology, Thuwal, Saudi Arabia
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Posters by Title
Large-scale Rigid Body Dynamics Simulation on HPCs with Distributed Memory Architecture
King Abdullah University of Science and Technology
Poster Presenter: Alexander Ukhov
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Size & Weight
Product Dimnesion: 7.64 x 1.46 x 5.59 inches
Weight: 8.1 ounces
Power Supply & Consumption
Input: DC 5v
Battery: Lithium Battery Powered
Battery Capacity: 1200 mAh
Charging Time: Around 3 Hours
Battery Duration: 6, 5 and 3 Hours (Level 1, 2 and 3 Brightness)
Lumi EOUS Flux: 25lm at 2800K
How to Power On/Off the Device
1) Tap the sensor button on the back of the light once to turn on
2) Tap the sensor button on the back until the light loop to off mode (tap three-times if you just turned it on)
How to Change the Brightness
1) The light has three brightness levels
2) Once turned on, the light will be on brightness level 1
3) Continue tapping to loop to level 2 and 3
How to Charge the Device
1) Make sure the light is turned off
2) Plug the provided charging cable to charge the light
3) Do not use high power USB adaptor with voltage higher than DC 5v
[GENERAL USAGE CAUTIONS]
1) Do not disassemble, repair, or modify this product without authorization.
2) The nightlight MUST be used with the provided charging cable.
3) Keep the nightlight away from water, fire, and hot area.
4) Suggest charging the Nightlight every week to ensure normal use.
5) Don't use it alone with children. For additional information, please refer to the user manual provided.
Ratings and Reviews
Modern Superior Design & Build
It is made with strictly selected durable ABS and PC to sustain long-term use.
The handle frame is of ash wood, hardware details with sleek iron electroplating finish.
Your Needs, Your Brightness Preferences
Three different brightness levels are available – soft warm-glow / soft white light / bright white light
The Most Practical Multi-Purpose Night Light
The fully transformable design allows you to explore this Origami Lantern's uses.
It starts with a baby nightlight, handheld torch, table lamp, camping light, and even floor spotlight!


Unable to control the device remotely, the function not effective after control
Couldn’t control device by app, it might be the reason of bad network environment or device is offline.
- Ensure device is powered on
- It is recommended that you keep the APP open for about 3 minutes, and observe whether the device is still online.
- If it’s still online, please put the phone besides your device and make sure they are in the same network environment, try to open a website to see if it’s the problem of network
- If device is online and network is good, but still can’t control device, please go to the control page of the device, click on the "..." button in the upper right corner, and then click on the "Send Feedback" to write the problem you encountered, and provide you Router model, we will handle it ASAP.


The Raman Science Centre and Raman Planetarium Complex at Nagpur is an interactive science center affiliated with Mumbai's Nehru Science Centre. The centre is named after famous Nobel Prize winner Indian physicist Chandrasekhara Venkata Raman. The centre is located opposite Gandhi Sagar Lake in the heart of Nagpur. Between April 1, 2014 and March 31, 2015 the Centre recorded a visitor count of 582,962.
The centre is part of the National Council of Science Museums (NCSM), India which is also the largest network of science centres/museums under a single administrative umbrella in the world.


The Samsung M32 5G is one of the best smartphones for 4G/LTE. It features an octa-core processor and new generation Dimensity 720 processor, which help it perform well with basic, extensive, and complex tasks. It also offers up to 8GB of RAM and up to 128GB of storage, and supports up to 1TB microSD card. You can download apps and games that require a high-resolution screen, and play games using the Android-based software.
The Samsung Galaxy M32 5G has a large 5000mAh battery, a good camera, and good performance. It is powered by a MediaTek Dimensity 720 MT6853V SoC and is available for Rs. 20,999. It also has a standard 60-Hz refresh rate and Corning Gorilla Glass v5. If you’re looking for a good mid-range phone with 5G support, the M32 may be the best option for you.
The Samsung M32 5G is an excellent choice for users who want a great phone without breaking the bank. It has a large battery, a 15W charging port, and supports 5G networks. With a high-resolution 6.3-inch screen, the M32 has plenty of screen real estate to keep you entertained. With its large screen, Samsung M32 5G you can watch movies and play games for hours at a time. Moreover, the phone’s camera is very good, offering 48 megapixels.
Despite the high price tag, the Samsung M32 5G has a solid battery. The 6000 mAh battery proved to be sufficient for my testing. I was not surprised to find that the phone is light in the hand and is not bulky. It also has a good design and a good UI. But if you’re a photography enthusiast or care about the photos, the M32 will be your best bet.
The Samsung M32 5G is a dual-SIM phone that runs Android 11 on its internal chip. It’s powered by the Dimensity 720 processor and comes in two different memory configurations: 6GB/128GB and 8GB. It also supports a removable SD card. The M32 is available in blue, pink, and grey color options. It will be available on Flipkart in India on 20 November 2021.
The Samsung M32 5G will be available online on August 25 in Pakistan for a price of Rs. 47,999. It will be available in multiple variants, but the price will be below Rs.25,000. The device will be available in a range of colors, including Slate Black and Sky Blue. It has a 48 MP rear camera and a 13 MP front camera. It also has a fingerprint scanner and a built-in GPS.
The Samsung M32 5G features a 6.5-inch HD+ display with a notch for a 13MP selfie camera. It also has an 8MP ultrawide camera. The M32 has a 5,000mAh battery, which is less than its corresponding Indian variant. The M32’s dual-SIM version is available in black, white, and grey. The M32’s screen is available in the market in both black and white colors.


My current ThinkPad laptop is a T440p equipped with a NVidia graphics card. The graphics driver to this system is an OEM-customized one because of the NVidia Optimus technology  that enables switching between the integrated intel graphics (inside the CPU) and the dedicated graphics card.
Since I received this machine and upgraded to Windows 10, I found that the graphics driver will crash one or few times everyday. When that happens, everything will freeze for a few seconds and then a message pops saying that “Display driver …… stopped responding and has successfully recovered”. For most time it happens to the Intel driver since it is in charge of screen displaying under the Optimus technology.
The most popular solution I can find on the Internet is to set the delay time of TDR, a tracking mechanism to monitor the computer hardware.  However this does not solve my problem.
It then occurred to me that my graphics drivers are not the newest. Since Lenovo distributes the customized driver, I cannot receive or manually install the generic driver package from Intel. The Intel driver included in the Optimus driver from Lenovo is very old, which turned out to be the culprit.
There is one way to force updating the Intel graphics driver.
- Download the driver from Intel’s website in zip format.
- Unpack it to somewhere.
- Open your Device Manager, find the Intel HD graphics card under the Display adapters section.
- Right click on it and select “Update Driver Software…”
- Select “Browser my computer for driver software”, Next.
- Select “Let me pick from a list of device drivers on my computer”. Note that using the “search for driver software in this location” will not work since the system will refuse to install it. Next.
- Select “Have Disk…” Navigate to where you unpacked the new drivers, enter the Graphics folder and select the ini file in it. ok and next…
- Then the new driver should be installing. It may take a few minutes to finish.
At least after force updating the driver, it has remained stable for a few days. We will see whether the problem is completely solved by time.
References and Further Readings


As an earth system scientist and ecologist I model ecosystem processes, such as vegetation growth or drought / disturbance resistance, using various (retrospective) proxy measurements in a model data fusion approach. Throughout my career I worked interdisciplinary borrowing heavily from fields, outside of ecology, such as image vision processing (computer science), remote sensing and engineering to assist in either field measurements and/or model driven analysis.
Most of my work is aimed at predicting rhythmical changes in vegetation growth, i.e. vegetation phenology, using cheap imaging sensors (PhenoCams). The rhythmical timing of vegetation phenology is intimately linked to yearly variations in weather and long-term changes in climate. Not only does the seasonal development of vegetation serve as an important climate change indicator, the seasonal plant carbon uptake also provides an important feedback to the Earth system.
African tropical forest drought
I’m interested in understanding the influence of drought on the productivity of African tropical forests. Here, I rely on retrospective analysis of wood core stable isotopes and historical phenological and meteorological observations to reconstruct and model past vegetation responses to year-to-year variability in precipitation. A large part of this research is supported through the Jungle Rhythms crowd-sourcing project. A newly funded project, COBECORE, will provide matching climate data throughout the Congo basin supporting further spatial analysis.
I collaborate with the International Food Policy Research Institute (IFPRI) where I designed the protocols for a cellphone camera based methodology to track crop growth and disturbance in the fields of smallholder farmers. This research supports index-based micro-insurance, to alleviate income variability for these farmers.
Open source development and outreach
A large part of my operational code and hardware is open source as I’m a avid supporter of the open source movement. Although this does not constitute formal research, it is my opinion that contributing to the open source research community is key in ensuring reproducibility and fast research development.
Of equal importance is my scientific outreach. My personal blog communicates my research to a broad audience as do some of my popular science projects. These projects include a cheap raspberry pi (<$50) PhenoCam for classrooms (or researchers on a budget) and the Virtual Forest project which uses the latest VR technology to transport people to Harvard Forest using a live 360 image stream (reaching ~ 20,000 people in < 3 days and featured on Motherboard.tv).


🏡【Android 11.0 OS and Powerful S905X4 Chipset】The X96 X4 android tv box has the newest android 11.0 OS and powered by stronger S905X4 Quad-Core 64 Bits Cortex-A55, which is more stable and faster process speed than the previous box, the android 11 tv box has a perfect performance in loading software, playing games and browsing. Just enjoy your soft time.
🏡【Dual WiFi 2.4G/5G & 1000M Ethernet】The android tv box 11.0 supports 2.4/5GHZ Dual-WIFI and 10/100/1000Mbps Ethernet LAN, providing more stable, super-fast and stronger WiFi signal to stream the high quality image, reducing freeze and buffer. BT 4.2 provide convenience to connect wireless devices, make your life smarter.
🏡【4GB RAM 32GB ROM & USB 3.0】The android box 2022 comes with 4GB RAM 32GB ROM storage capacity which have sufficient room to running app and loading videos. You also can expand the storage through extra hard drive, micro SD card or an external USB device(up to 128G), Never worrying about freeze or buzz due to lack of memory. USB 3.0 has the advantage of high speed transmission, it can meet the requirement of fast transfer.
🏡【3D 8K HDR & AV1 Decoding】The android 11 tv box supports 8K Ultra HD resolution and AV1 decoding new technology (AV1 is 30% better than H.265 or VP9), streaming image more smoothly and clearly. 3D dynamic bringing realistic visual effects. Just plug in the power supply, connect the HD cable and wifi/ Ethernet LAN, you can enjoy a visual feast without freezing or buffering.
🏡【Cool lighting Design & Service】The X96 X4 android tv box surrounding by many modes of lights which LED Status Can be switched and turn off, you can adjust the different modes according to your mood, make your life colorful. The android tv box to with professional after-sales service, if you have any problem, please feel free to contact us.


The release time of NVIDIA’s highly anticipated graphics card GeForce RTX 3060 has been officially announced. The card will go on sale on February 25.
The release time of the GeForce RTX 3060 graphics card, announced at NVIDIA ‘s CES 2021 event , was leaked last Tuesday. According to an official statement made by NVIDIA today, the card has been confirmed to be released on February 25 . The RTX 3060, an affordable member of the RTX 30 series , comes with both RTX and DLSS 2.0 support.
Appealing to the mid-high level, the GeForce RTX 3060 will offer 3584 CUDA cores as well as 12GB of GDDR6 memory. This unusual configuration will compete directly with AMD’s Radeon RX 6700 XT graphics card, which is rumored to be released in March. The graphics card is planned to be available for sale with a price tag of $ 329 . Pricing will vary based on specific designs and will be highly dependent on card availability.
GeForce RTX 3060 graphics card to be released on February 25
Ryan Smith of the AnandTech team said , “NVIDIA sent out a short note this morning announcing the release date of its new GeForce graphics card, the RTX 3060. Announced at the CES 2021 event and first revealed to be released in late February, the RTX 3060 will be available on February 25, 2021 at ongoing prices of $329.” made statements.
The RTX 3060 graphics card is powered by the second generation RTX architecture Ampere. The GA106-300 chipset , which has a graphics card produced in the 8 nm construction process and 3584 CUDA cores , plays a role together. Offering 13 shader TFLOPS, 25 RT TFLOPS and 101 Tensor TFLOPs, the card can go from 1320 MHz to 1780 MHz core clock speeds with overclocking . The graphics card, which is connected to the motherboard via the PCI-Express 4.0 interface and runs at 15 Gbps on the 192-bit memory bus , offers 360 GB / sec memory bandwidth. GeForce RTX 3060 model with 12GB GDDR6 capacity memory needs 170W TGP.


Meter Reading Instructions
In 2016, all EWUA meters were upgraded. These new meters are connected to an “endpoint” that reports water use on a daily basis. This data is available to EWUA operators. The data from your meter is also available to you via our EyeOnWater interface.
These instructions are specifically for how to ready your water meter in the meter box. Each meter has an LCD display. This display “flashes” between four different screens, which are shown below.
Download Meter Reading Instructions.


Now days is a a usual thing to find an eBook reader or not even need one with modern smartphones but back in 2004 it was a first when Sony LIBRIe (The first ever E-Ink e-Book Reader) a Philips, Sony and E-Ink have come together to announce the Worlds first consumer application of an electronic paper display module in the Sony LIBRIé e-Book reader. The black and white ink-on-paper look of the plastic display film is 170 pixels per inch (PPI) and resembles newsprint.
Easily read in bright sunlight or dimly lit environments, the reflective screen designed by Philips only uses power when the image changes. A user can read more then 10,000 pages on four AAA Alkaline batteries. This technology also makes the e-book light and highly portable, measuring only 126mm x 190mm x 13mm thick and weighing approximately 190g. The 800 x 600 screen resolution is 6-inches of electronic ink plastic film, capable of displaying four shades of gray.
Readers can download published content such as books, newspapers, comics and internet sites. The storage capacity is only 10MB and can hold around 500 downloaded books, if that is not enough you can add a maximum of 512MB with memory stick PRO.
“In today’s mobile world, we know that the quality of the experience and ease-of-use are important in driving consumer adoption of mobile devices. Up until now, consumers have been less willing to adopt e-reading applications because of poor display quality on cumbersome devices,” said Mr. Yoshitaka Ukita, General Manager, e-Book Business Dept, Network Application & Content Service Sector, Sony Corporation. “This display solution provides a level of text clarity comparable to paper. Combined with our thin, lightweight device design, this novel e-Book reader offers users an enjoyable experience and the freedom to access material at their convenience.”
“While the way people experience entertainment has changed dramatically with the rapid growth of portable entertainment devices like music and movie players, the way people read books, magazines and newspapers has not,” said Jim Veninger, general manager, Emerging Display Technology, Philips Electronics. “The precision of this new high-resolution electronic ink display technology will revolutionize the way consumers read and access textual information.”
Lots of nostalgia to be honest…


EXSUN was selected into the list of the first batch of "Gazelle" enterprises of scientific and techn...2021-11-16
"Optical Valley made" Exsun "Beidou +", into the world's largest port Ningbo2021-07-28
Exsun won the second prize of Wuhan sub competition enterprise group of "maker China"2021-07-26
With the scientific and technological innovation of "Beidou +", Yixun company was selected into the ...2021-05-28
Member of the Standing Committee of the Political Bureau of the CPC Central Committee and Vice Premi...2020-09-16
Innovation and intelligent manufacturing, enabling industry intelligence
Our main business covers four sectors: defense equipment, smart city, intelligent transportation and precision agriculture. It has world-class core technologies in the fields of Beidou high-precision combined guidance, Beidou atomic clock timing, visual ranging and identificationMore
Relying on the core technology of EXSUN, provide strong support for national defense, make national defense more consolidated.
With the Internet of things, big data, artificial intelligence and other technological means, it provides the overall solution of "cloud tube" for urban governance, and makes the city greener.
Using Beidou+Internet+artificial intelligence and other new technologies,to make transport "comprehensive perception, global decision-making, real-time control", to make transport safer.
The application of advanced technology in agricultural machinery scheduling, operation detection, operation navigation, automatic driving and other aspects of agricultural production makes agriculture more modern.
Wuhan Exsun BD Space Time Technology Co., Ltd. (Exsun Beidou Space Time ), headquartered in China Optical Valley, is a multi-level state-owned fund shares, committed to Beidou + Time Space Intelligence high-tech enterprise. Based on such independent core technologies as indoor and outdoor seamless ...
Participate in the drafting of national standards
Project to undertake the national torch plan


(Friday July 1st, 17:15 – 19:15)
The goal of this session is to present a software tool (program, platform, library, server). Each presenter will be allocated 30′: 15′ of talk / demo, and 15′ for discussions with the audience.
AiiDA is a automation tool that makes it trivial to carry out high-throughput calculations locally or on remote resources e.g. run DFT calculations on remote clusters. It’s key strengths are full pro-
and retrospective provenance tracking meaning that a workflow can define a series of steps to be executed, these are then all stored
including inputs and outputs as the workflow executes. This way AiiDA acts as an electronic labbook which can be used to look up the full series of steps that led to a particular result.
MoMA: Molecular Motion Algorithms
Juan Cortés (firstname.lastname@example.org)
MoMA is a software platform containing molecular modeling tools and robotics-inspired algorithms to sample conformations and to compute transition paths. An application to compute protein-ligand unbinding paths, called MoMA-LigPath, is accessible via a web server (http://moma.laas.fr/) and other applications will be available soon. The demo will illustrate the performance of a method to compute conformational transition paths of peptides.
Samuela Pasquali (email@example.com)
This demo will focus on UnityMol+HiRE-RNA, a software platform to perform interactive molecular dynamic simulations based on a coarse-grained representation of RNA and DNA molecule. My oral presentation will discuss the model employed in the simulation and will present some applications.
The SBL is a comprehensive in silico environment providing applications answering complex bio-physical problems, in a robust, fast and reproducible way. It targets both end-users with off the self applications, and developers with advanced low level C++ classes. The presentation will emphasize applications dealing with conformational ensembles and energy landscapes (see http://sbl.inria.fr/applications/ Conformational analysis).


IEEE 802.11 wireless family
WLAN “Wireless local area network” enables devices to communicate with each other without the constraints of connecting cables. Wireless LANs use radio signals as the communication medium instead of wires. WLAN standards are specified by the Institute of Electrical and Electronics Engineers (IEEE) and known as the IEEE 802.11 family of standards for wireless LANs. Using the internet and other resources (e.g., books and AOU e-library), write a report explaining the following factors: What standards are contained in the IEEE 802.11 wireless family? Describe briefly, at least three common and frequent attacks made on WLAN networks? In the context of network security what do we mean by “tunneling”? How it works? Provide your explanation with a diagram. Explain briefly, at least, three common protocols and methods used to secure WLAN transmissions? ———– Your report should include at least two figures and/or tables. Do not forget to include a caption for each figure/table and to use cross-referencing. Ensure that your report meets the objectives, has an appropriate structure and style, and that its technical level is appropriate for the audience, purpose and medium. You must cite all the references i.e. any internet web site, book, journal, article etc. that you have used as a source of information for your report
Are you interested in this answer? Please click on the order button now to have your task completed by professional writers. Your submission will be unique and customized, so that it is totally plagiarism-free.


Lazard’s Levelized Cost of Storage (LCOS)
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Lazard's Levelized Cost of Storage (LCOS) is built upon years of methodology refinements and the latest valued snaphots which are based on the real market data of industrial and commercial applications.
Built for and by energy investors, Lazard's LCOS is a dynamic, market-driven analysis of rapidly changing innovations and distruptive energy storage technologies
Lazard's Levelized Cost of Storage 2017 Survey compares Front of the Meter and Behind the Meter applications for Lithium-ion, Flow batteries, and Lead batteries.
Many additional applications and technologies were part of this study. Contact us for the results on your area of interest


Juice Squash Mini Power - Aqua
Collect 60 Boots Advantage Card points with this purchase
Juice Squash Mini Power – Aqua
Don’t get caught out with a flat battery. Keep this handy Juice Squash power bank with you and keep your mobile devices topped up wherever you are. The Juice Squash features a 2.1 amp output to rapidly charge tablets, smartphones and other devices.
With patented Smart Power Detection technology, you can check the remaining battery capacity at a glance without pressing any buttons. Simply shaking and tapping the charger, the LED lights will display the remaining battery capacity.
- Rubber coated 2800mAh capacity power bank that charges your devices.
- Features a 2.1 amp output to rapidly charge tablets, smartphones and other devices.
- Charging indicator light, shake the device to check remaining energy levels.
- Light weight and portable for the size of power.
- Supplied with a Micro USB to USB cable.
- Will also charge Apple devices, but only when used with your existing Apple charging cable (not provided).
- Detachable handy carry strap.
- Charging indicator light to show remaining power levels.
- Energy efficient featuring a sleek design.
- Available in other colours.


Image credit : Harvard Termes Project
THE FUTURE LOOK OF ROBOTS
What is your idea of a robot? An android? A machine that looks and acts like human beings?
Well, it seems that the future of robots is one that looks very different from our idea of them… Robotics, in fact, is taking much of its inspiration from the animal world, especially from those very small, almost invisible ones that we tend to kill unimportantly – but that hold some of the most fascinating secrets for robotic engineering.
Just to give you a glimpse as to what you may start seeing living next you in the near future, here are a few examples of what is going on in the world of robotics,
A team from the Harvard School of Engineering and Applied Sciences, for instance, has built what it claims to be the smallest flying robot ever made, modeled on a tiny fly.
The robot is about the size of a penny and is designed to fly into the tiniest of places, reaching areas a human being would obviously not be able to.
Another team from the same university, Harvard, has instead focused its efforts into the building of termite-looking and acting robots.
Here, the researches applied the same group behavior seen in termites to the robots; one that allows them to sense cues from their group members and environment and use these to work together towards a common end.
Termites build their mounds by picking up information all around them; information that guides them to coordinate and harmonize their actions as a group – and this principle will be at the base of these termite robots.
One central benefit to that system will be to have robots able to build something without central management and, should one of them be eliminated for a reason or another, the end goal will remain achievable by the other robots.
Gimball is another fascinating example of this new generation of robots coming into play. Again, this robot is also modeled on another, small animal; a mosquito.
Here, the primary goal of Gimball’s design is to be able to survive a range of obstacles like crashes, collisions or other calamities that humans usually cannot.
Gimball is able, for instance, to crash into walls and bounce off trees.
The usefulness of this type of robot would be to navigate disaster areas impacted by fire, heavy wind, high radiation and collisions among others and still be able to operate normally.
At the Northwestern University of Chicago, a team is working on a very interesting type of robot; a robot fish, able to operate in water.
The size of a small-to-medium fish, the robot would be able to navigate both clear and dark waters, sensing its environment by using electric fields just like the fish found in Amazon’s murky rivers.
This type of robot could be used for a range of benefits, including, as the research team explains, to assess damage in oil spills for instance.
As one can see, robot design is very much based on the many and different capabilities that can be seen from a range of animals around us.
What animals are teaching us is thus promising to make the field of robotics a very interesting one, with much potential to surpass human capability in the near future.


Enjoy working with electronics and figuring out how to make things work by taking them apart and putting them back together? CVTC’s ElectroMechanical Maintenance Technician program prepares individuals with a diverse skill set that is in high demand in modern manufacturing facilities. The program develops knowledge and skills in electrical and electronic circuits, AC and DC motors, industrial wiring and relay logic and fluid power applications.
After successful completion of the ElectroMechanical Maintenance Technician Technical Diploma, the student has the opportunity to apply these credits to the Automation Systems Technology Associate Degree two-year program and enter the second year of Automation Systems Technology located in the Manufacturing Education Center at CVTC’s Eau Claire Gateway Campus.
Skills you'll gain:
- Basic electricity & electronics troubleshooting
- Mechanical power systems installation, alignment & maintenance
- Electrical control wiring (relay logic), installation & troubleshooting
- Motor control & PLC (programmable logic controllers) wiring & installation
- Pneumatic & hydraulic systems troubleshooting
If you completed the Electromechanical Maintenance Technician program, you can apply for Advanced Placement into the Automation Engineering Technology program in Eau Claire to continue your education and earn your associates degree.


We’re excited to announce the latest addition to the Protavio family of xMAP instruments: the Luminex xMAP INTELLIFLEX DR-SE System. With this acquisition, our state of the art proteomics facility is now equipped with the full suite of Luminex instruments.
The INTELLIFLEX DR-SE System introduces a significant advancement, enabling the simultaneous acquisition of data for two parameters per analyte. Specifically for serology applications, the new dual reporter system facilitates the simultaneous detection of IgG and IgM antibodies, enabling the development of novel multiplex assays for ADAs, immunogenicity assessment, etc. With a multiplexing capacity of up to 500 analytes per well, this new system significantly enhances our capabilities for custom assay development as well as biomarker profiling.
In line with our commitment to proteomics for better health, we’re excited to leverage the INTELLIFLEX instrument for the development of custom multiplex assays with increased clinical impact. Stay tuned for further developments as we explore the potential of the INTELLIFLEX system.


As part of the operators ongoing vehicle enhancement programme, Shearings Holidays has now launched free on-board wi-fi on all of its branded coaches.Jane Atkins, Managing Director at Shearings Holidays says: “We are always looking for ways to improve and update our holiday experience and this is a great addition to our branded fleet.“We know our customers are tech savvy and like to stay in touch while away and this is now easier than ever before.”
January 1, 2014 Regular News Broward breakfast promotes professionalism B roward breakfast promotes professionalismIn an effort to promote professionalism and to help familiarize newly licensed attorneys with Broward County’s local legal practice, the 17th Judicial Circuit Court, in conjunction with the Professionalism Committee of the Broward County Bar Association, hosted the First Annual New Attorney Orientation Breakfast recently in Ft. Lauderdale.A panel consisting of both circuit and county court judges, as well as local practicing attorneys, discussed the various protocols and division procedures within the 17th Circuit, hoping to help the new Broward attorneys navigate the local practice of law. Rounding out the event were representatives from several local voluntary bar associations.For the new attorneys wanting to get a lay of the land and observe trials and hearings in progress, an extended tour of the main courthouse commenced after the breakfast.
Base stations, access points, wireless devices and radio modules use phased array antennas to transmit 5G and wireless gigabit radio signals. They use Beamforming technologies to control the direction of radiation of the transmit antenna in order to maximize the power level at the receiver.The R&S NRPM OTA power measurement solution from R&S is the first solution for measuring transmit power over the air interface for 5G and wireless gigabit components. The solution enables users working in development and production to calibrate the output power of the antenna on a DUT and to test the DUT’ beamforming function. The solution works in the frequency range from 27.5 GHz to 75 GHz and therefore covers the 28 GHz band currently being discussed for 5G as well as the frequency range from 55 GHz to 66 GHz for 802.11ad and frequencies above 66 GHz for IEEE 802.11ay.The R&S NRPM OTA power measurement solution consists of two core components: the antenna module and the three-channel sensor module.The R&S NRPM A66 antenna module is a simple, polarized Vivaldi antenna with an integrated diode detector for power measurements. The antenna has a high linearity which enables it to measure the relative power with high accuracy, better than 0.2 dB. Because the power is measured directly on the antenna, the user does not need any additional RF cables, therby eliminating the loss from cables. So with a single antenna module, the user can calibrate the output power on a DUT and with several spatially offset antenna modules, it is possible to test a DUT’s beamforming function.The R&S NRPM3 three-channel sensor module processes measurements from up to three antenna modules. If more than three antennas are needed for a test setup, users can add in additional sensor modules in parallel. The additional measurement points increase the measurement resolution during beamforming tests.The free R&S Power Viewer Plus PC software from Rohde & Schwarz is available for evaluating and processing the measurement data. It can be used to visually monitor measurements on up to twelve channels and, for example, to determine the average power.For measurements in its R&S TS7124 19″ shielded chamber, Rohde & Schwarz also offers the R&S NRPM-ZD3 cable feedthrough with integrated feedthrough filter. This allows users to acquire signals in a shielded measurement environment for measurement results that are always reproducible.The R&S NRPM OTA power measurement solution for 5G and wireless gigabit components is now available from Rohde & Schwarz. Click here to learn more abou the R&S OTA Power Measurement Solution.


By Engr. Camilo Dacanay
We often hear or read the word “spectrum.” “Political spectrum” is one, which describes the broad range of political views on a scale from ultra-left to ultra-right, from nationalists to imperialists, from ultra-conservatives to ultra-liberals, etc. Electromagnetic spectrum” is another, which describes the electromagnetic radiations emitted or absorbed by a body at different wavelengths. This word came from Latin words which means “form” or “appearance.”
It was Isaac Newton who once used this word to describe the rainbow-like image that resulted when a beam of sunlight passed through a glass prism. With the publication of his book “Principia” in the 1680s, astronomers were provided an understanding of how heavenly bodies move and were of fundamental importance in unraveling the celestial mechanics of our solar system. But other data had to wait another 200 years or more to be discovered. In the early 1800, the French philosopher Auguste Comte argued “humanity would never know the nature and composition of the stars. Because they are so far beyond our earthly grasp, these remote celestial worlds would forever remain unfathomable and mysterious.”
This probably would have not been the case had Newton and the rest of his contemporaries discovered in time the implications in understanding the nature of the electromagnetic spectrum that ultimately became one of the medium in understanding the cosmic messages from outer space.
But people in the scientific community during those earlier times, as we are today, and in particular to some of you in the broad “spectrum” of membership in PAS, never remained perpetually satisfied with merely identifying the objects of admiration in the evening sky. It was never enough to have the basic skill to locate its position and to predict its where and when in the celestial sphere. It was but a natural tendency to seek a deeper understanding of the object he sees in particular; how it evolved and came into reality, to learn what they are made of and what its physical/chemical state is.
And in only a few years after the above bold pronouncement by Comte, scientists began discovering the basic properties through the studies of electromagnetic radiations that unlocked some of the mysteries and secrets from outer space.
It soon became clear that by analyzing “starlight,” we could learn many things not only about the stars but other matters concerning the evolution of the Universe.
Importance of Study
Seeing objects in space is one thing, understanding their physical properties such as temperature, mass, size, chemical composition, and direction of their motion is something else together.
These information and knowledge about distance of planets, stars, and galaxies come from analysis of the radiation they sent to us. An understanding of these radiations including how atoms emit and absorb radiation is therefore fundamental to the subject of Astronomy.
A detailed study of electromagnetic radiations of any celestial object would reveal the temperature, pressure, turbulence, and the physical state of the gases and chemical substances in that object and also, how fast that particular object is approaching or receding away from us
Also great advances in Astronomy are now attained through observations at different wavelengths other than visible light that bring to our knowledge the existence of some deep sky objects ( black holes, quasars, etc. ) never known before.
Therefore, the study, understanding, and application of electromagnetic radiations at different wavelengths (spectrum ) is the most powerful means in obtaining data about the Universe.
Nature and Property
All forms of electromagnetic radiations (EMR) are the same basic kind of energy and could be thought of as different kinds of light (visible and invisible). Both theory and available evidence shows that all EMR propagates in a vacuum with a speed of 2.9979290 x 1010 cm / sec or 300,000 km/sec. Any object for as long as its temperature is not at absolute 0º K (-273º C or -459.67º F) emits radiation at particular wavelength. Furthermore, as an object grows hotter and hotter or otherwise, the chief type of electromagnetic waves it radiates will change. The various EMR propagates in “wave” motions, consisting of varying electric and magnetic fields, but they can also be considered as being made up of “particles” or quanta of energy called photons.
The Universe is filled with this countless tiny packages of energy (photons), each of them traveling at the speed of light. There are roughly a billion photons today in the microwave background for each proton and neutron in the Universe.
The study of electromagnetic radiation of all wavelengths has in recent years been used to provide more accurate picture of the structure and evolution of the Universe. All forms of EMR have certain characteristics in common : their wave/particle method of propagation and their speed.
The different kinds of electromagnetic radiation are as follows:
1.0 Radio waves have the longest wavelength at 10-1 to 108cm.. Traveling outward at the speed of light, the expanding wave front of radio/tv signals transmitted on Earth since about 1950 has now reached approximately 400 stars, carrying information to their inhabitants, if any, about our civilization.
2.0 Microwave is the band with wavelength between 1 mm to 30 cm which lies immediately beyond the infrared region. It resembles radio wave but are more difficult to generate. Water and organic molecules when subjected to microwaves of certain frequency can vibrate very energetically which generates heats rapidly and so cooks the food.
3.0 Infrared radiations have wavelength at 10-4 to 10-1cm that can be detected with thermocouples, lead sulfide cells, and gas bulbs. The warmth that you feel when you place your hand near a glowing light bulb is primarily the result of infrared radiation emitted from the bulb and absorbed by your hand.
A simple devise for detecting infrared radiation is a container of water. As the water absorbs the radiation, its temperature rises.
This is also the kind of radiation that no humans can avoid radiating into space. Hence, a sizable military industry in the US has sprung up to detect the infrared waves that human emit to “see” the enemy.
Visible light with wavelength at 8×10-5 to4x10-5 cm is the radiation most common to us. Fortunately or not, our human eyes are only sensitive to this wavelength and objects radiating at that range are the only one we can see. Our eyes are not capable of capturing what it looks like, even if you used the biggest optical telescope ever made on Earth if the object radiates below or above this range. The window to see the Universe in terms of wavelength is open to the entire spectrum from 10-16 to 106 meters which is so wide for us to see how the Universe really looks like. Unfortunately or not, with or without optical telescope, our eyes are operating only in the range of 0.00000000009% or 9×10-11 % of the entire spectrum which is extremely limited .
The eye undoubtedly has evolved to be sensitive to just this region for a combination of reasons: (1) the sun radiates most strongly in visible wavelength, and (2) the Earth’s atmosphere block out many wavelength of radiations but visible light lies in one of the wavelength regions that can pass through the ground. Therefore, it was advantageous for creatures dwelling on Earth’s surface to develop the ability to see the radiation at this particular wavelength.
4.0 Ultraviolet light whose wavelength at 4×10-5 to 10-6cm is short to be visible to our eyes. Brief exposure to this radiation causes skin sunburn but long-term exposure can lead to more serious effects.
5.0 X-ray radiation whose wavelengths at 10-6 to 3×10-10cm correspond roughly to the spacing between the atoms in solid. It can easily penetrate soft human tissues but are stopped by bone and other solid matter
The portrait of St. Sebastian by the 15th century shows x-ray photograph (right) revealing that the artist changed his mind and repainted the head, inclining it to the left of the picture instead of the right. Such technique using x-ray radiation allow paintings and other inanimate objects to be examined internally.
4.0 Gamma rays with wavelength at 10-10 to 10-13cm. is the radiation of the shortest wavelength that are generated in the deep interiors of stars. They are the most penetrating of electromagnetic radiation, and exposure to intense gamma radiation can have a harmful effect to human body.
The array of radiation of all wavelengths from radio waves to gamma rays is called the electromagnetic spectrum.
Radiation from the Sun and Outer Space
If we could pass outward in the Sun from its center to its surface, we would find mostly gamma rays and x-rays at the center, mostly x-rays and ultraviolet in its middle region, and mostly ultraviolet and visible light near the surface. Finally, from the regions close to the Sun’s surface, photons can escape. The photons that do escape are ultraviolet and visible light photons.
The Earth’s atmosphere is relatively transparent and allows certain type of EMR to penetrate into it. Visible light and radio waves pass through freely to reach ground-based telescopes sensitive to these forms of electromagnetic radiation. Infrared radiation has a limited penetration through the Earth’s atmosphere. We detect this radiation as heat. Likewise, ultraviolet radiation also has a very limited penetration through the atmosphere. This radiation causes tanning and sunburns.
The Earth’s atmosphere is completely opaque to other types of EMR – meaning, they do not reach the Earth’s surface.
Gamma rays and x-rays do not come through the Earth’s atmosphere. Ozone, a molecule of 3 atoms of oxygen (O3 ) is located in a broad layer between 20 to 40 kilometers in altitude. The ozone prevents all radiations at wavelengths less than approximately 10-6 cm. from penetrating. Observations of these radiations must be performed high in the atmosphere, or ideally, out in space.
What if our eyes evolved to see through other wavelength?
The Universe as seen from Earth plus all its terrestrial surroundings would look very dark if our eyes are only sensitive to short wavelengths such as gamma rays, x-rays, and ultraviolet rays since these wavelength cannot penetrate the atmosphere.
In contrast, although radio waves can easily pass through the atmosphere having the longest wavelength, it would require our eyes to evolve 10,000 times larger due to the need for a larger sensor that has to evolve with nature.
To see in the infrared wavelength, our eyes would need to be 5 to 10 times bigger to catch as much photons as it can plus a bigger built in sensor to acquire enough sensitivity.
How will it be if an astronomical observation is conducted on lunar surface?
Since the Moon lacks significant atmosphere and ionosphere in particular, it can permit unimpeded observation over the entire electromagnetic spectrum with a resolution that is limited only by the characteristic size of the telescope. The lunar nights provide thermal stability that is important for maintaining the precise alignment of a large telescope. Also, the 70º K temperature in lunar night can greatly improve infrared sensitivity of the telescope.
On the other hand, cosmic rays and the solar wind strikes directly on the lunar surface uncontrolled by the absence of any magnetosphere.
Contamination of optical and mechanical components by lunar dusts everywhere is also a potential problem.
Numerous Deep-Sky Objects Not Known Before Are Now Visible Through Other Forms of Electromagnetic Radiation
Earth-based optical telescope can only resolve and magnify objects through visible light with wavelength of 0.000016 to 0.000028 inch. Celestial objects radiating at wavelength longer or much shorter than these are invisible to any form of optical observations. Through the use of telescope coupled with instrumentations that reflect and absorb magnification of objects radiating through other part of the spectrum, numerous celestial bodies not known before are now resolved that has made a great leap in the study of the Universe.
If there is anything the data above indicate assuming these are more or less close to reality, and considering the nature of electromagnetic radiation as discussed, anyone can say we really have not seen it all, or perhaps, we never ever will, if and only if, we continue to lock ourselves and be contended with the limit of our vision and fail to appreciate, understand, and put into application the physics behind the entire electromagnetic spectrum.
Featured photo by Paul Itkin


If a doctor determines that they need more information regarding your sudden or gradual increase in memory loss or lapses, they may determine that an MRI, or a Magnetic Resonance Imaging, test might be necessary.
In conjunction with a CAT scan, an MRI can provide helpful information to a doctor that is attempting to diagnose a mental disorder or a doctor that is trying to fully understand the reasoning behind a patient’s inability to maintain their short-term or long-term memory.
An MRI uses a powerful magnetic field and water molecules that produce an electromagnetic field when combined with a radio frequency transmitter. Certain photons produce a signal that the scanner can detect. These are then used to create a 3D rendering of the scanned body part. Doctors may sometimes inject a contrast agent into the patient during the MRI in order to make certain blood vessels, inflamed areas, and tumors appear brighter on the MRI scan for easier detection and diagnosis.
The difference between a CAT scan and an MRI is that an MRI doesn’t use any form of radiation as a CAT scan does, which makes it a safer procedure. However, if a patient has any form of metal implanted in their body, or has certain implants such as a pacemaker for their heart or a cochlear implant, they are typically not allowed to participate in an MRI scan due to the powerful magnetism of the machine and equipment.
Whether your doctor prefers to have an MRI or a CAT scan completed in order to diagnose a memory loss issue, either test will provide the doctor with the appropriate information needed to determine the reasons behind your sudden or gradual memory loss.


According to the official website of the Chinese Telecommunication Equipment Verification Center, Samsung has registered a new smartphone, which means that Samsung Galaxy A8 is going to be officially announced soon.
ZTE was one of the most prominent participants of the recent major event in the mobile industry called MWC 2014. It took place in Barcelona a couple of days ago. ZTE introduced a couple of fresh devices. The list includes Grand Memo II LTE, a tablet powered by Android OS, and a coulee of new smartphones - Open C and Open II – powered by Firefox OS.
Sony company is getting ready to bring a new sheet Xperia Tablet Z2 to the exhibition MWC 2014. The “Market Leader” will describe the features of the innovation.


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In the world of cpus, there are two major manufacturers ~ Intel and AMD. The former’s dominance has been nearly unchallenged because the early 1980s, when they offered microprocessors with respect to IBM’s 1st personal computers. Having much stronger earnings streams and higher R&D budgets, their particular chips are usually considered more efficient and powerful than those of rivals.
Above time, though, the gap between your top Intel processors circumstance of AMD narrowed. This is largely due to the introduction of the company’s Zen architecture in 2017. This kind of revolutionary computer chip design possesses opened the door for AMD to challenge Intel’s supremacy in most consumer portions.
The main benefit of AMD processors is their very own cheaper rates and better value for money than their Intel counterparts. Additionally , they are generally more flexible in terms of overclocking and produce much less heat than Intel debris. This means they are simply a great choice for game enthusiasts and multitaskers, where top-end computing is needed.
However , ADVANCED MICRO DEVICES chips are generally not without their disadvantages. For example , their very own core design often ends up with poor single-threaded performance compared to Intel’s. This might make them significantly less suited for high-intensity gaming, or for video editing and rendering responsibilities. Another downside saas applications is that they can make more warmth when performing comprehensive workloads. Despite this, AMD is a solid strategy to consumers buying well-balanced processor chip for home and office apply.


Control of energy output from fusion plasma
We applied the regression analysis, which shows the dependence of one parameter on the other parameters, to investigate the relationship between the neutron emission rate and externally controllable parameters in the LHD deuterium experiment. We found that the neutron emission rate can be expressed by the formula consisting of plasma density and heating power. Hence, we obtained a method to control the fusion energy in a future burning plasma. A trial of extending the total neutron emission rate record in steady-state discharge was performed based on a data-driven approach. We successfully updated the total neutron emission rate record supported by the regression expression.
In a future fusion reactor, energy will be produced by deuterium and tritium reactions. We can control the fusion output by changing the plasma parameters such as density and heating power. The fusion reactor will be controlled by a minimized number of measured and controlled parameters. To execute the control, we need to know the dependence of fusion output on these measured and controlled parameters.
The regression analysis for total neutron emission rate values, which used the externally controllable parameters obtained during the 19th and 21st LHD campaigns, such as line-averaged electron density and the penetration power of NB injections, was utilized to inspect the importance of each controllable parameter for achieving a high total neutron emission rate.
A trial for extending the total neutron emission rate record in steady-state discharge was performed in the LHD, based on a data-driven approach. The regression expression of the total neutron emission rate, using externally controllable parameters, was obtained using the total neutron emission rate database established during the 19th and 21st LHD experimental campaigns. Data points were selected according to the general restriction of fulfilling high total neutron emission rate discharge conditions.It was found that the injection power of N-NB was more important than the line averaged density and the injection power of P-NB. In the 22nd campaign, the high Sn record in steady-state discharge was successfully updated, based on the previously deduced regression expression. The new total neutron emission rate record in steady-state discharge, using a deuterium gas puff, is 3.7×1015. Even though this regression expression is valid only within the range of the database, it is demonstrated to be effective as a plausible guideline for updating the total neutron emission rate record gradually beyond the current database.
This research result was published in Fusion Engineering and Design, on February 26, 2021.


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Power gain. Shorter gate length2. Light Emitting Materials 22. As per the effect, the carrier drift velocity linealy incrases from zero to maximum when electric field is varied from zero to threshold value. IMPATT diode operation 24. Help me go forward with the same spirit. A Transit-time device is high frequency device that operates at or above micowave frequencies.. It is diode which exhibits a negative resistance over a part of the forward bias characteristics. Gunn Effect is properly explained according to Ridley -Watkins-Hilsum theory. The optimum transit angle is approximately equal to 1.6 p. These diodes … The high doping levels produce a thin depletion region. Microwave device: Conception of negative resistance and its significance, the Tunnel diode, link2, p-i-n diode, Avalanche photo-diode, IMPATT, TRAPATT, BARITT diodes Link2. 1. This is a high-power diode and a very powerful microwave source that is used in high-frequency electronics and microwave devices. Pulse generation and pulse shaping, f0 - output frequency,,fp - pump frequency..fs - signal frequency2. The diode exhibits a negative resitance for transit angles p and 2p. Higher Electric field2. Higher output power3. Applications:1. 2. g q- Figure of merit for non-linear capacitanc.Where. It is used in high speed switching and logic operations. Ls - Inductance of pa ckaging circuit of tunnel diode Gain of tunnel diode: Transferred Electron devices (TEDs): Difference between transistors and TED1. When a crystal of GaAs is subjected to a high electric field of 2-3 KV/ cm, it has sustained oscillatroy voltage and current across it such that the frequency of produced oscillations depends on the transit time of electron over tha length of crystal. 4.1.1 MICROWAVE TUBES Used for high power/high frequency combination. This device works on the principle of conduction due to severe breakdown. a. lower efficiency than that of the other microwave diodes. IMPATT diode is abbreviated as an impact-ionization avalanche transit-time diode. Tests & Videos, you can search for the same too. Complete Free handbook of Electrical Engineering with diagrams and graphs. IMPATT diodes are fabricated from silicon, gallium arsenide, or silicon carbide. PNPN diode- Forward Blocking & conducting mode 13. it is used for low power oscillators up to 100 GHz, also. EduRev is a knowledge-sharing community that depends on everyone being able to pitch in when they know something. Frequency of TRAPATT diode is limited by the rate of charge of plasma. Check out New Learning Videos! On a historical note, IMPATT diode is also called ‘Read’ diode in honor of W.Т. Their disadvantage is that they have narrow bandwidth and small power output. A voltage variable capacitance of a reverse biased junction can be termed as a Varactor diode. You can see some Chapter 5 : Microwave Semiconductor Devices - Notes, Microwave, Electrical Engineering Electrical Engineering (EE) Notes | EduRev sample questions with examples at the bottom of this page. For this mode f L 107 cm/s to 2Ã107 cm/s, 1012/ cm2 < n0L<1014/cm2, Vdom - Domain Velocity Leff - Effective length that the domain travels from the time it is formed until the time that now domain begins to form. The BARITT diode or Barrier Injection Transit Time diode, bears many similarities to the more widely used IMPATT diode. Search for: Search. Microwave test bench Each topic is complete with diagrams, equations and other forms of graphical representations for better learning and quick understanding. just for education and the Chapter 5 : Microwave Semiconductor Devices - Notes, Microwave, Electrical Engineering Electrical Engineering (EE) Notes | EduRev images and diagram are even better than Byjus! The IMPATT diode requires a relatively high voltage for its operation. ... Also provides professionals with materials for their lectures and practice exams. Avalanche Photodiode 21. perfect preparation. Biggest problem with IMPATT diode is hsot noise. Basic Electronics Engineering for SSC JE (Technical), Chapter 4 Microwave Measurement Devices- Notes, Microwave, Electrical Engineering, Chapter 3 Microwave Hybrid Circuits - Notes, Microwave, Electrical Engineering, Chapter 2 Waveguides - Notes, Microwave, Electrical Engineering, Chapter 1 MicroWave Basic And Transmission Lines - Notes, Microwave, Electrical Engineering, GATE Notes & Videos for Electrical Engineering. Insight Product Company offers IMPATT diodes with CW power up to 400 mW and operational frequency range up to 140 GHz.Silicon p+-p-n-n+ IMPATT diodes are designed to be used in the millimeter wave oscillators and amplifiers. TRAPATT diode generally exhibit a considerably higher noise figure than IMPATT diode and of upper operating frequency appears to be practically limited to below the millimeter wave region. out Electrical Engineering (EE) lecture & lessons summary in the same course for Electrical Engineering (EE) Syllabus. using search above. A normal diode … The main objective of this comprehensive text is to introduce the students the physics and the operational principles as well as the characteristics, and applications of the microwave semiconductor devices. High electron Mobility Transistor (HEMT): Improvement over MESFET:1. (Integrated Electronics: J. Millman and C … The impedance of cavity is mainly inductive and is matched to mainly cpacitive impedance of the diode to form a resonatnt circuit. The doping concentration of N region is such that the depletion in this region is just at breakdown. Impatt Diode is a Transit-Time device. 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With the ability to integrate AR – Augmented Reality on the web, AR Browser promises to bring a vivid experience without having to download any other applications. Users can see virtual objects in space and real time, the image in front will become richer and more vivid, helping viewers receive information in a new way, no longer boring.
AR Browser uses the device’s camera to recognize images on Poster, Banner, Advertising Signage, Business Logo, etc.
Model Recognition AR
We have combined “object recognition technique” and “3D space recognition technique” to create 3DCG Mapping using both objects and space in reality. AR Alphabet will automatically recognize meaningful blocks and draw vivid stories right on the regular camera screen itself.
Model Recognition AR will be extremely helpful in conveying the message of the product, increasing the effectiveness of advertising strategies.
You can apply AR technology to create a unique invitation card. With a compact invitation card and a smartphone, you can convey event information in a very personal way. In addition, we apply Spark AR technology – a new support application from Facebook that can help integrate and share photos and event information instantly on social networks. AR Card promises to bring a unique experience to users and replace the traditional invitation cards in the future.
An AR experience in smartphones or smart AR glasses are created with apps. An early example is the game Pokemon Go, that allows users to catch their favorite Pokemon by looking at the real world through the phone in order to see superimposed virtual objects. In general, we have just seen the beginning of what AR apps can provide when it comes to experiences, solving problems and create value for the users.
AR Photo Frames
The hobby of taking pictures and keeping good photos with friends and family will never go out of style. Therefore, businesses can use AR to create photo frames on customers’ mobile devices so they can take photos freely. These photos can be shared on social networking sites to help increase your brand’s awareness.
Thanks to 3D and AR technology, prospective car buyers are able to refer to the car models more visually when using the website. 3D and AR features are implemented based on AR technology provided by Apple.
By taking advantage of AR technology to get 3D models into the real world, users can experience the full spectrum of products with a real 1: 1 ratio, ranging from cars’ exterior and interior or key features in an engaging and interactive way.
This is a blend of physical and virtual worlds that comprises of both real and computer-generated objects. Users can navigate this environment and interact with both real and virtual objects. By using smart VR glasses, the immersive experience is achieved by projection of virtual objects in front of the eyes.
In addition, AI technology enables users to control onscreen interaction with simple hand motions and gesture, users can resize, reshape, rotate and zoom in and out of images and animation on the fly.


On the banks of the windswept Columbia River, Google is working on a secret weapon in its quest to dominate the next generation of Internet computing. But it is hard to keep a secret when it is a computing center as big as two football fields, with twin cooling plants protruding four stories into the sky.
Aga ega neil praegugi arvutipark tagasihoidlikusega ei hiilga:
“Google has constructed the biggest computer in the world, and it’s a hidden asset,” said Danny Hillis, a supercomputing pioneer and a founder of Applied Minds, a technology consulting firm.
The best guess is that Google now has more than 450,000 servers spread over at least 25 locations around the world.


Should I Learn Elixir?
May 10, 2017
It’s a smart question to ask. Few developers have time to add another programming language to their repertoire without a near-term need.
Elixir appears in a position to address a growing set of needs in our industry. For starters, interest in distributed, concurrent systems is on the rise as demand for online services skyrockets. The battle-proven Erlang VM is perfectly suited to build these types of systems.
Secondly, leading online services need to run continuously with no apparent downtime, across any time zone, and in spite of any software or hardware hiccups. Historically this has been a tall order and designing fault-tolerant systems is challenging with even the best tools. We need all the help we can get! Thankfully, fault tolerance is an intrinsic feature of Erlang and more accessible to us today by way of Elixir.
Here’s another thing you’ve probably noticed: the insides of our computers are changing. Your laptop’s CPU likely has at least 2 cores, and perhaps even 4 cores. The future of computing must take advantage of these multi-core computer architectures and the Erlang VM is designed to efficiently distribute work across all the available CPU cores. Imagine writing programs that actually use all those cores!
Finally, having spent decades primarily doing OO programming, learning functional programming with Elixir has made us better all-around programmers. We’re thinking differently about programming and learning Elixir has opened new worlds that we continue to explore. Most important: we’re have a lot of fun!


Sunblaster 26 Watt CFL
Give your bird the many benefits of sunlight without having to leave the house! State-of-the-art electronic, compact fluorescent bulbs are the smallest sized full-spectrum, energy saving lights available. These or 26 watt compact fluorescent bulbs fit into a variety of light fixtures such as table lamps, wall sconces and track lights.
These bulbs are cost effective replacing your high-wattage, short-lived incandescent bulbs. Full spectrum compact fluorescent bulbs 6400 Kelvin, provide natural color comparable to sunlight


Meet DARAN, formerly CNRLS
DARAN - The Dynamic Amateur Repeater Area Network
Well, the time to change is always NOW. I've been struggling with the name of this system for some time now. Crossband Node Repeater Linking System is just too ... well, so too something hihi.
So to play off the network ... we've all heard of a LAN. Many of us have heard of a SAN (Storage Area Network.) You know about your WAN and WWAN. Here, we discuss the concept of the RAN, a Repeater Area Network.
RAN - Repeater Area Network
D-RAN - Dynamic Repeater Area Network
AD-RAN - Amateur Dynamic Repeater Area Network
DARAN - Dynamic Amateur Repeater Area Network
This much better names the system. Maybe we'll change later, who cares but for now I'm excited about the new tag. The letters are easier to remember and its pronouncible. I like it.
Why another area network moniker? It fits. The repeaters in a given area are already communication 'nodes' if you will. They are designed for a purpose and work well at it. They are in their own way individual nodes on an unconnected network.
DARAN (formerly CNRLS) ties these repeater 'nodes' together 'dynamically' to configure extended communication paths. The links can be programmed to be static or they can be timed or called on demand. Dynamic.
Each of the DARAN nodes are tied to a central server over packet radio and NB-IoT links using static IPs assigned by AMPRNET (ampr.org). By controlling these interconnecting nodes we create a Dynamic Repeater Area Network capable of extreme distance reaching a higher density of participants.


the quotes confuse me... the first quote isn't even a phrase and doesn't have electricity in it and the second quote uses roman numerals for the month. --Eean 08:58, 28 Dec 2004 (UTC)
I listed his quote under the "fundamental property" definition, but that's only somewhat correct. In his day, it was not thought of as having positive and negative forms. "Electricity" simply meant "the property of being an electric", where "electric" was a noun and meant "an object which can be electrified and attract small bits of dust" and so on. Descended from electricus which means "like amber [in its attractive properties]" Omegatron 02:34, 9 September 2007 (UTC)
The fundamental definition of electricity should/could be power since we(humans) only experience electricity in a power situation. To my knowledge(maybe someone can enlighten me) all electricity is derived from a primary energy source(with lightning being a possible exception). —This comment was unsigned.
- I couldn't agree with you more. The everyday sense requires not knowledge of physics or the words "electron", "charge", "current". Even "energy" seems a little abstract for the definition. We like to be "descriptive" in our definitions, but this often fails for technical terms because those who have expertise in the related field seem to feel entitled to "correct" the imprecise, but actual, definitions and instead provide technical ones of supposed (but usually not actual) precision. I have attempted a better everyday definition. It still needs cleanup. DCDuring TALK 17:14, 8 November 2009 (UTC)
The Scientific DefinitionEdit
The scientific definition is missing. Only popular, non-scientific definitions are used? The "Unit Quantity of Electricity" is the coulomb, not the joule or ampere, and the scientific definition of "electricity" is as electric charge (not carriers in a conductor. Instead, coulombs, or electric charge itself.) A quantity of electricity is measured in coulombs, and the flow of electricity is measured in coulombs/second or amperes. Here's the SI definition on the NIST website (see table 3, electric charge): [NIST.ORG] Here's the CRC handbook of chemistry and physics, see electric charge: [CRC Handbook 2004-2005]
- There is no scientific definition of electricity. Electricity is treated as the name of a phenomenon, comparable to "gravity" or "combustion". I mean, what is the unit of gravity? There isn't any! Like you said, electric charge has a definition and a unit, the coulomb. But electricity and electric charge are not the same: electricity is what happens when electric charges interact, which is very different. —CodeCat 13:49, 17 November 2012 (UTC)


No more cluttered drawers and tangled cables.
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Once you have used our Cable Caddy, you will wonder how you ever got along without it.
only 100mm high and allowing for the plugs to stick out at the top for easy identification of cables without removing them, it will easily fit into a 120mm deep drawer.


Contribution of direct-reading low cost particulate matter sensors for the NOAA exposure assessment in workplaces
Worker exposure to Nanoobjects, their Agglomerates and Aggregates (NOAA) is usually assessed in a tiered approach, in which tier 1 comprises information gathering, tier 2 a basic and tier 3 of a comprehensive assessment of the exposure. Since their introduction, low-cost particulate matter sensors (LCS) have raised increased interest in many fields, including exposure assessment. Due to their low cost and small size, LCS allow for the establishment of sensor networks in workplaces for a permanent monitoring of particulate concentrations with high spatio-temporal resolution as part of a tiered approach.
The available LCS are all based on the measurement of light, scattered by particles, and determine their number and/or mass concentration in different size fractions, based on a prior calibration and adjustment. This calibration is crucial for obtaining accurate results.
The webinar will introduce the tiered approach and the working principle of the sensors and will demonstrate what needs to be done to use them in a tiered workplace exposure assessment.Visit Event Website Add to my calendar


Get connected with the value-priced HP 240 G3 Notebook PC. Complete business tasks with Intel technology, essential multimedia tools and Windows 8.11 loaded on the HP 240. The durable chassis helps protect the notebook from the rigors of the day.
• Up to 35 ppm (ISO), letter1 • First page out in as fast as 8 seconds • 800 MHz processor with 256 MB RAM • Up to 50,000 page per month • Colour flatbed scanner with 50-page ADF • Automatic duplex printing; 300-sheet input tray •
The ML350 Gen9 is the 2P premium server which delivers a class-leading combination of performance, availability, expandability, manageability, reliability and serviceability making it the choice for remote offices, growing businesses and data center
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Performance you want. Value you need. Maintain professional expandability in an accessible, tool-free mini-tower form factor—all at a great price. With support for next-generation Intel® Xeon® processor families, the latest graphics technology, a
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The sleek HP ProBook 440 with optional 10-point touchscreen1 and the latest generation technologies delivers powerful performance in the office or on the go. Proven reliability and comprehensive HP security features help keep your data and investme
Print, Scan, Copy, Fax, Wireless, ePrint • Up to 18 ppm1 (A4) • First page out in as fast as 8.5 sec (A4) • Up to 600x600 dpi (1200 dpi effective), HP FastRes 600/1200 • 400 MHz processor with 64 MB RAM • Up to 8000 pages per month; 3
The HP ProLiant ML350p Gen8 Server series comes with a winning combination of increased availability, scalability, and serviceability. A high-performing tower and expansion rack server, the ProLiant ML350p Gen8 Server is ideal for your growing bu
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HP Designjet T1200HD-MFP is an award winning Multi-function Large-format Color Plotter cum Copier cum Scanner. Take advantage of an all-in-one solution combining three frequently-used devices; the T1200 HD MFP provides the freedom to copy, print and
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Take full advantage of your small business resources with reliable desktops at affordable prices. Stimulate your work day with 4th generation Intel processors designed to suit your small business requirements.
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A smart combination of customizable solutions for your business. Introducing the HP Compaq Elite 8300 Small Form Factor; HP’s best-selling business PC design featuring an ideal blend of size, performance, and expansion capabilities.


A Raspberry Pi is small kit computer that uses an ARM processor. (like those found on smartphones) It has everything one needs to run a web server, as well as countless other computer projects that are well documented by passionate techies across the globe. It is a very bare bones machine, so it forces users to really learn the basics of computers, operating systems, and electronics.
Here is a rundown of the specs on the Raspberry Pi 3 B+
There isn't much to it, and one has to supply all the peripherals in order to turn this into a working system. These include a keyboard, mouse, power supply, audio and video cables, TV/Monitor, speakers, SD card(4 Gig), and a ethernet cable.
For this project, the keyboard, mouse and TV/Monitor were only necessary for the initial installation and setup of the system. After that the webserver runs "headless", that is to say without any input or output peripherals. Getting a website up and running is no small task, especially when you are starting from scratch and know little about computer networking. Luckily there is a plether of information, tutorials, and walkthroughs available on the web that I resourced in order to get my feet wet.
Here are some of the best walkthroughs and tutorials I have used, and in many cases still use, to help me better understand computers, Linux operating systems, web design, and networking:
theurbanpenguin.com--Clear, precise youtube
tutorials, and blog that takes you step by step through learning Linux administration.
Terminus--A fun text adventure that helps you use and remember Linux commands. A great way to get comfortable with the command line.
penguintutor.com --I used this site's walkthrough for setting up this webserver.
jeremymorgan.com--This site was also great for setting up the server.
mattwilcox.net--One more Raspi webserver walkthrough.


MPLAB X Integrated Development Environment (IDE) is an expandable, highly configurable software program that incorporates powerful tools to help you discover, configure, develop, debug and qualify embedded designs for most of our microcontrollers and digital signal controllers. MPLAB X IDE works seamlessly with the MPLAB development ecosystem of software and tools, many of which are completely free.
In the following topics, I collected to share all Ultimate Multi Tool UMT Dongle Latest Setup versions including UMT QCfire, UMT MTK, UMTV2, UMT Support Access, UMT FRP, and all. So, If you want to download the latest updated version of UMT products, you can download it for free below.
Hello Dhananjay,I have accidentally flash my samsung A035F with A032M firmware via odin and the phone is totally dead (Hard-Bricked). I am trying to use QFIL to unbrick it because its the only tool that read my samsung phone in EDL mode. But I was unable to find the .mbn/elf firmware suitable for flashing my samsung A035F or is there another we convert .tar.md5 files to .mbn/.elf
Now you discern how to disable FRP lock with Odin? Removing FRP by Odin is quite technical which may harm your device if fails in some aspect. While iToolab UnlockGo (Android) is malware-free and easy to use and supports 15 brands and 2000+ Android models. Choose a reliable tool to remove the FRP lock from your phone like professionals.
If the software update fails to install, you'll get an error screen. However, this only means the software didn't install properly. The device will power back on with original software and will prompt you again to install the software update.If you don't have a strong connection to Wi-Fi or the Verizon Wireless network, you may not be able to perform a software update over the air. Instead, you can connect your device to a computer with Internet access. Connect your device to your computer using your USB cable, then download the Software Upgrade Assistant tool to your computer, which will check for software updates and initiate the software update process.
Odin is the official Samsung firmware flash software for Windows PC. Odin download is the first thing to do if you want to install stock .tar.md5 firmware or TWRP recovery on Samsung devices. You can download Odin ZIP for free (all versions) from direct links. Odin flash tool can install firmware binaries (BL, AP, CP, CSC [CSC and HOME_CSC], and PIT) files. As of now, the latest Samsung Odin version is Odin3 v3.14.1. If you are a Mac or Linux user, you can use Heimdall or Java Odin.
Hi Rakesh,I am facing problem to use odin for my samsung A6 2016. I downloaded Odin and extract all but when i press start, a small new windows open with message (No binary is selected), i tried a lot but not succeed. Now my gsm hanged on (Downloading do not turn off target). It will be a kind if you guide me to solve it. 2b1af7f3a8