The research Laboratory for Mechanics of Advanced Bulk Nanomaterials for Innovative Engineering Applications was founded on 28.06.13 at SPbU under supervision of Prof. Ruslan Z. Valiev with the support of the Government of the Russian Federation (the Decree No. 220). At the moment, the laboratory is supported by various foundations, in particular, on 24.04.18 the laboratory won a competition for conducting applied interdisciplinary research in 2018-2020 at the expense of SPbU (Activity 3, id 26130576).
The laboratory is focused on development of fundamental mechanics of nanomaterials, design of scientific principles for producing new metal bulk nanomaterials with superior mechanical properties, as well as their innovative application in structural and electrical engineering and medicine. Research conducted in the laboratory is fundamental and has an essential applied component. A distinctive feature is the interdisciplinary approach, which includes research on mechanics of nanomaterials, physics and materials science of nanostructures, as well as nanoengineering.


Thousands Experience the Future of Making Things at Autodesk University 2016
Company delivers the power to make anything with major updates to its cloud platforms
At the event, the company will unveil new and updated technologies that
“We’re all in on the cloud. Access to infinite computing power and the
ability to work together effortlessly is completely changing how design
and engineering are done,” said
Today in their keynote speeches, Bass and CTO
Throughout the event,
Tomorrow Senior Vice President of Products
Hanspal will also spotlight Forge,
Autodesk’s connected developer platform used to build and deploy apps
and services for making the world around us. In the year since Forge was
launched, the platform has surpassed 4,000 applications, which span a
variety of uses ranging from part inspection to sub-sea surveying.
“With our ongoing shift to cloud services, we are 100% focused on delivering maximum value to our subscribers and software developers. We are building a set of complete, connected and on-demand experiences for each of our major industries. Our aim is to empower engineers, designers and other users to have their project data in one place, collaborate across geographies, and more easily tap into the immense capabilities in Autodesk’s portfolio,” said Hanspal.
Customer projects from
In addition to the keynotes, hundreds of hands-on classes and networking with peers, the conference offers dozens of interactive exhibits that bring the future of making things to life. Examples include live industrial robotic 3D printing, a brick-laying construction robot, the first-ever generatively designed office building, an open-sourced 3D printed drone, a virtual reality experience to configure a full-scale Ford Mustang, and augmented reality construction hard hats. While these technologies are expected to reach the mainstream in the next one to four years, they're available today for those cutting-edge innovators who are propelling us into the future.
AU concludes on Thursday with an appearance by comedian, actor and
former fake-news correspondent
This year’s flagship
Autodesk University Reaches Customers Worldwide
Bill Danon, 415-675-8360


Automatic Announcements Amplifier (Inside-Outside) for Bus & Coach
A special system that was developed by Intervox for automated internal/external announcement system.
The system if fully connected to the bus fleet management and automatically announces the name of the station that the bus is arriving to, both inside and outside of the bus.
The system also knows to find and report failures in the announcement system.
There’s also an option to connect a driver microphone (both with or without gooseneck).
SPECIFICATIONS GYM 24IBD
|Power supply:||12/24 V +/- 20% (negative to ground)|
|Max. power consumption:||5 A|
|Max. power output:||4 x 35 W R.M.S.|
|Continuous power output:||4 x 18 W (1% dist. a 1 kHz)|
|Output impedance:||Between 2 – 8 Ohms (normally 4 Ohms)|
|Dimensions:||75 x 95 x 40mm|
|Net weight:||0.5 kg|
|Normal input:||100 mV – 1 V (R.M.S.)|
|Input impedance:||10 kOhms|
|Bandwidth:||30 Hz – 12 KHz (-3 dB)|
|Signal / noise ratio:||>50 dB.|
|An independent input:||Guide microphone or flex neck microphone (priority)|
|Normal input:||1.5 mV (R.M.S.)|
|Input impedance:||2 kOhms|
|Bandwidth:||300 Hz – 4000 Hz (-3 dB)|


5G & The Future Of Connectivity: 20 Industries The Tech Could Transform September 9, 2019
The highly anticipated major 5G networks are expected to be deployed by 2020, and several countries are locked in a fierce battle for the top spot in global 5G development. Three countries — the United States, South Korea, and China — are spearheading the 5G revolution. The technology will enable faster data transfer speeds (from 4G’s 1Gbps to 10Gbps). As a result, 5G not only creates tremendous opportunity for numerous industries, but also sets the stage for large-scale disruption.
It was predicted – “Thanks to 5G’s low latency, streamed videos are less likely to stall or stop. On a 5G network, movie downloads will decrease from an average of 7 minutes to just 6 seconds. 5G will save people an estimated average of 23 hours of loading time per month while browsing social media, gaming, streaming music, and downloading movies and shows.”
#5G #future #connectivity #transform #affect #industries #faster #opportunity #disruption #HR #humanresources


naked couple,ATEC offers affordable personal RF monitor sales, rentals, and calibrations, with an inventory spanning from low-cost wearable models to high-performance, 5G-ready monitors.
While all RF safety monitors serve the same purpose, the device's specifications and design could be better suited for certain work environments. Consider these variables and specifications before deciding on your personal RF monitor.,us sex tube
Many personal RF meters are designed to monitor either the magnetic field (H-field) or electric field (E-field). Certain models are best for environments rich with magnetic fields, as an H-field RF monitor can detect even the low frequencies which can pose a risk. Other personal RF meters contain powerful E-field sensors to detect EMF at any level. Most modern devices detect both E- and H-fields for use in mixed RF fields.,machini sex
The personal RF monitor will detect with a frequency range that is either flat or shaped. The flat frequency response covers the entire range equally. A shaped response will rely on sensors that change with the frequency level and are needed to meet various industry standards.,item sex
To cover the vast depth of frequencies found within work environments, a personal RF monitor must provide an equally large frequency range. Leading devices like the Nardalert S3 can monitor an extensive frequency range of 100 kHz to 100 GHz.,tube x clips
Personal RF monitors with an isotropic sensor feature numerous probes on the device to detect frequencies while facing any direction. Isotropic monitors can be worn in any way while still providing reliable RF detection. Radial field monitors may need to be facing or used in a specific direction to deliver the best results.,most porn


The Iranian Oil Pipeline and Telecommunications Company is implementing a data collecting system for pipelines, known as supervisory control and data acquisition (Scada), the company’s director of Telecommunications Department said.
“The company has begun implementing the Scada system across the National Gas Trunkline”
Alireza Moqaddam was also quoted as saying by Shana, the Oil Ministry’s official news agency, on Monday. Scada is a system of hardware and software elements for monitoring, gathering and processing data for major utilities as well as oil and gas pipelines, particularly in remote locations.
The system utilizes devices such as sensors, valves, pumps and motors to monitor the flow of oil and gas in pipelines, detect anomalies and help reduce downtime. According to the official, the project will take two years for completion and is estimated to cost $3 million.
“Scada will collect, monitor, analyze and manage all the data and changes in the pipelines automatically,” he added…


Review of how to produce beats through the constructive and destructive interference of sound waves.
|Regularly alternating soft and loud sound heard from two sound waves of different frequencies interfering.
|Beat frequency (
|The magnitude of the difference between the two interfering frequencies. Scalar with SI units of
How interference produces beats
When a musician needs their instrument to have the correct sound, they produce the desired frequency and try to match it with their instrument’s frequency. If the two frequencies don’t match, they interfere to produce alternating loud and soft sounds.
Figure 1 below shows two waves with different frequencies,
(purple) and (green). The waves are interfering constructively in the green highlighted regions, leading to a larger amplitude when the waves combine in . The white highlighted regions are where destructive interference occurs, and the amplitude of is smaller than the original sound waves. The variation in amplitude results in the alternating volume (loudness) of sound that we call beats.
Dowiedz się więcej
For deeper explanations of the beat frequency, see our video about beat frequency.
To check your understanding and work toward mastering these concepts, check out the exercise on analyzing the interference of sound waves.


More than one user can be logged into a single computer at a time. This is a nice feature for the currently popular thin-client model that relies heavily on a central high capacity computer to host services and provide the processing power.
True preemptive multi-tasking enables the operating system core to efficiently juggle several running programs at once. This is important for providing multiple services on one computer.
Linux currently runs on Intel (or equivalent) based PC's, Digital/Compaq Alpha, PowerPC-based (Apple Macintosh), Sun Sparc, Amiga, StrongARM-based computers, many PDA’s and has recently been successfully ported to the S390 main frame, and larger projects such as super-computers and clusters are planned by certain academic organisations for the likes of environmental/ocean modeling. Tight budget constraints and the easy access to source code make Linux a clear, favourable choice.
Linux interfaces with most network protocol and operating systems and file structures, including MS windows and NT, Unix, Novell, and Mac OS.
As your computing needs grow, you can rely on Linux to grow with you. The Linux kernel is currently scalable to four processors, with a great deal of development taking place to increase this.
Linux is mostly written in the C programming language. C is a mid-level language, created specifically for writing system-level software that can be readily ported to new computer hardware.
The Linux operating system can be configured as required: A desktop workstation for an office, a home PC for games and word-processing and internet browsing or just as easily a company Web/FTP/print server or a network router/firewall or part of a corporate cluster. Most distributions already include these facilities and just need them selected.
Like its Unix ancestor Linux has achieved a reputation for stability unmatched by any other operating system. Most computers running Linux only ever need to be stopped for hardware changes. It is not uncommon for Linux computers to run for several years between downtime
The modular design of Linux enable the configuration of just the components needed to run the desired services. Older computers, 486 and even 386 can become useful again. E.G. the use of a 386 PC configured just as a network router/firewall.
The Kernel is the property of Linus Torvalds, but Linux is developed by enthusiasts in their own time, striving for purity and functionality. Although some companies do package and sell tailored distributions, It is possible to obtain Linux distributions for no exchange of money and in the case of Linux you do not necessarily get what you pay for. There is an active Linux community only to ready to help a newcomer. Charities and the third world may be very interested in Linux because of this.
A note by Chris Tyler


Smart technology helps you to progress your house into the future. If improving your house to the next level sounds like a great concept, then it might be time to upgrade to smart appliances. While they sound like something from a sci-fi film, they deliver a lot of benefits!
From refrigerators with a camera to bluetooth coffee makers – smart appliances have all kinds of enhancements. What they do have in common is the fact that they’re manufactured to help with your lifestyle at home.
Are you interested in reading more about how smart appliances work? Then please read onto learn about all of the advantages that these appliances offer. In need of smart appliance repair? The smart choice is Fast Fall River Appliance Repair.
Smart appliances are available in a wide variety of domestic machines and are intended to use digital technology to perform their functions quickly, using much less energy at a far lower cost. They can typically be operated from a easy-to-use, central operating system such as a cellphone or a remote control. For the most part, they add convenience and additional control to any house.
Deciding whether these smart pieces of technology are really worth the cost? Here are some of the benefits of using them in your house.
An added level of convenience in your household is the top benefit of using appliances with smart features. Smart appliances will typically be controlled via your mobile phone or voice, allowing you to control them easier.
Smart kitchen appliances, in particular, make your life much easier when it comes to cooking. You can command your oven to preheat using your voice or ask your fridge to tell you what type of groceries you need. There are also coffee makers that can be controlled from your bed, and robot vacuum cleaners programmed to automatically sweep the floors.
Whatever type of appliance you decide to buy, convenience is the primary purpose.
Smart appliances connect to the internet via wi-fi, and need a continuous connection. In addition, some feature Bluetooth technology. This helps you to control them through an external device – something that you can do remotely like with your cellphone.
In the event you have more than one compatible appliances, you might be able to connect them to a smart home network. This is helpful for creating a fully functioning smart home.
Backed by digital technology, these appliances become extremely energy-efficient. They actually monitor energy usage and give you feedback on the findings. Not only this, but they will even alert you if something goes wrong with the appliance as well and if it will need professional repair.
Even though purchasing the technology for your house might be a bit more expensive upfront, you can save a lot of money in the long run through their energy-efficient features.
Besides the fact that smart appliances provide a wide range of advantages, they’re fun machines to have around your house too! For example, refrigerators can offer a grocery shopping list and even recipes based on the contents of the fridge. You can even buy a cooking pan that will tell you when it is time to flip your food, guaranteeing the best temperature.
As you can see, it is possible to feel like you’re living in the future by using some of these gadgets. If you love the latest technology and the latest trends, then owning smart appliances is a must.
Not only can digital technology make appliances a lot easier to use, but it also allows you to do more with them. For example, you can own a smart oven with a camera to recognize the type of food that you put inside of it. The oven will then adjust the temperature to cook the food perfectly to your taste!
Being able to control all of your appliances from absolutely anywhere is one of the most popular benefits of smart technology. As these machines use internet connectivity, you can control them with apps on your phone.
While in the car you are able to turn on your robot vacuum cleaner at your home so you come back to a freshly clean floor. You might also take a look at what is inside your fridge using your smartphone camera to see what you need to buy when you are grocery shopping.
Usually, it takes a while before you figure out what is wrong with your household appliances. However, smart technology informs you straight away if something is broken. Naturally, the faster you find out about problems the better.
In some cases, a notification is sent to the manufacturer who will send through a repair estimate. Sometimes, appliances will notify you and then shut off if they detect a power surge, your freezer will notify you that it needs to be defrosted, etc. Any potential issue with an appliance can be handled immediately before it turns into a serious problem.
Smart appliances could seem like expensive purchases, but most of the time they will actually save you a lot of money. Because they are energy-efficient, as well as notifying you of issues, you can save money on unnecessary bills. In the end, they can free up your budget to spend it where you need it most.
There’s little doubt that technology is a major part of our day to day lives, and there are plenty of benefits to embracing it in your house. Simple everyday items, such as frying pans and forks have been converted with smart technology, adding convenience and value like never before. As these machines provide you with more automation, you can do even more around your house using a low amount of energy at a cheaper cost.
If you like digital technology and how it can improve your lifestyle at home, then it could be the time to update your home with smart appliances. For the best take on the future, build a connected smart home using devices that are all compatible with each other and will work together to make your life so easier.
Copyright © 2020 | SITEMAP


AceTronic Hot Runner Temperature Control Systems come in 5, 8, and 12 Zone base configurations. Extra zone capacity can be added by stacking the mainframes into one of twelve possible configurations we offer as standard units. The stacked unit maximum that is offered can hold up to 60 controllers. Transformers can be built into your system to allow for electrical flexibility should the electrical supply be insufficient at your facility. Single and Dual zone units are also available.
Transformers can be built into your system to allow for electrical flexibility should the electrical supply be insufficient at your facility. A standard configuration will accept DME, MCS, IMS, and ATHENA. Each mainframes requires no external relays or Contactors. The modules route power directly to the heaters. In addition, the mainframes are portable and can be disconnected quickly and reconnected to another mold. The control modules can be changed without powering down the unit.
Optional features can be added to our mainframes, such as Audible & Visible Alarms, Machine Shutdown and Reset.
AceTronic can customize the mainframes to your unique application, no matter what the configuration. All units are certified by the Electrical Safety Authority . Units are stock and are ready for sameday delivery . Call us and let AceTronic help you with your upcoming hot runner temperature control system so that we can maximize the cost effectiveness of your purchase.
1, 2, and 3 zone systems include input power cable. The systems accept 3 wire, single phase, 240VAC 50-60Hz input power.
5 zone and higher capacities are pre-wired for 3 phase, 4 wire, 240VAC 50-60Hz installations. Several other voltage, phase, and load balancing requirements can be met through following diagrams found on the rear access covers of the mainframe. Adjustments can be made on field by technical personnel, or the units can be pre-wired to specifications at time of order. These do not include cable for installation.
© 2016 - All Rights with AceTronic


Why does the LAN LED not light up properly?
WH network camera Troubleshooting
WH Network camera LAN LED not light up, it might be a problem with the network cable. To confirm that the cables are working, PING the address of a known device on the network. If the cabling is OK and your network is reachable, you should receive a reply similar to the following (…bytes = 32 time = 2 ms).
Otherwise, the network device utilized by the network camera is not functioning properly such as hubs or switches. Confirm the power for the devices are well connected and functioning.


- Quantum Thermodynamics
- Statistical Mechanics
- Mathematical Physics
- Quantum Engines
Departmental PG Coordinator; Departmental Serminar Coordinator; Departmental Project Coordinator; Departmental Examination/Timetable officer
OLADIMEJI Enock Oluwole Junior is a lecturer in the Department of Physics, Federal University Lokoja (FULOKOJA), Lokoja, Nigeria.
He is an alumni of the Institute of Physical Research and Technology, Peoples’ Friendship University of Russia (PFUR), Moscow, Russia where he bagged his PhD and MSc. in Theoretical and Mathematical Physics in 2017 and 2013, respectively. Prior to this he earned his bachelor’s degree from Bowen University, Iwo in Physics and Solar Energy in 2009. The same year, he served as a scientific officer in the Department of Renewable energy, Energy Commission of Nigeria (ECN).
He began his academic experience as an assistant lecturer between 2014-2017 in Peoples’ Friendship University of Russia (PFUR), Moscow, Russia and resumed as a full-time lecturer at Joseph Ayo Babalola University (JABU), Ikeji-Arakeji, Nigeria in 2018.
He began his research in Quantum thermodynamic where he formulated and applied several models to analyze quantum engines. Today, his interest has expanded to Astrophysics and Quantum Biology where he applies his experience of Quantum Mechanics to other disciplines.
Etim Emmanuel E; Adelagun R.O.A; Andrew Chrysanthus; Enock Oluwole Oladimeji (2021). Optimizing the searches for interstellar heterocycles. Advances in Space Research
E.O. Oladimeji, S.O. Owolabi Solomon, J.T. Adeleke (2021). The Pöschl-Teller Like Description of Quantum Mechanical Carnot Engine. Chinese Journal of Physics
Enock Oladimeji, Emmanuel Umeh, Oghenetega Abamba (2021). The efficiency of simple Quantum Engine Stirling and Ericsson cycle. Confluence Journal of Pure and Applied Sciences
Emmanuel E. Etim , ROA Adelagun , Chrysanthus Andrewa , Oladimeji Enock Oluwole (2021). Optimizing the searches for interstellar heterocycles.. Advances in Space Research.
Oladimeji E.O (2019). The Efficiency of Quantum Engines using the Pöschl – Teller Like Oscillator Model. Physica E: Low-dimensional Systems and Nanostructures
v. Adeleke J.T, Theivasanthi T, Alabi A.B., Fakunle M.A., Oladejo F.O., Oladimeji E.O. and Ayoola Y. A. (2019). Impedance spectroscopic studies of biosynthesized zinc oxide nanoparticles. JABU Journal of Science and Technology
Oguntosin V., Akindele A., Oladimeji E (2019). Gesture-based Control of Rotary Pneumatic Soft Robot Using Leap Motion Controller. 6th Intl. Conference on Soft Computing & Machine Intelligence (ISCMI 2019)
Rudoy Yu. G, Oladimeji E.O (2019). Poeschl – Teller quantum oscillator and its limiting cases. New technologies of science, technology, pedagogy of higher education
Rudoy Yu. G, Oladimeji E.O (2017). Pressure Operator for The Pöschl-Teller Oscillator. RUDN Journal of Mathematics, Information and Physics. Vol. 25, №3 Pp 276-282
Rudoy Yu. G, Oladimeji E.O (2017). About One Interesting and Important Model in Quantum Mechanics I: Dynamic Description (Russian). Journal of Physics in Higher Education. Vol.23, № 1. Рр 20-33
Rudoy Yu. G, Oladimeji E.O (2017). About One Interesting and Important Model in Quantum Mechanics II: Thermodynamic Description (Russian). Journal of Physics in Higher Education
Yu. G. Rudoy, E. O. Oladimeji (2017). Poeschl – Teller quantum oscillator and its limiting cases Yuri. New technologies of science, technology, pedagogy of higher education
2013 PhD Scholarship by Russian Ministry of Higher Education
|1||Investigating the effect of Radiation of Phone as a Source Of Explosion In Filling Station.||2021||Completed|
|2||The Efficiency of quantum engine using Woods-Saxon potential.||2021||Completed|
|3||Determination and Variation of Acceleration due to Gravity(g) in three geographical regions in Kogi State.||2021||Completed|
|4||The effect of Non-Ionizing Radiation on Human’s Body Ongoing||2021||Completed|
- arXiv (Cornell University):http://arxiv.org/a/oladimeji_e_1
- Google Scholar:https://scholar.google.com/citations?user=ELIaaNYAAAAJ&hl=en
- ORCID iD:https://orcid.org/0000-0001-5500-8382
- Semantic Scholar:https://www.semanticscholar.org/author/Enock-Oluwole-Oladimeji/89726836
- Web of Science ResearcherID:https://publons.com/researcher/1429375/oladimeji-enock/
Department of Physics
Federal University Lokoja
Lokoja, Kogi State, Nigeria.
Email: [email protected]


- Healthcare providers who make clinical decisions based on smartphone photographs may be putting themselves at risk of a misdiagnosis, according to mHealth researchers.
A digital health study conducted at the UK’s Anglia Ruskin University has found that all smartphone cameras are calibrated differently, particularly in defining colors. As a result, a provider using a photograph of, say, a patient’s eye might not be getting enough accurate data to make a good diagnosis.
“The use of smartphones in conjunction with ophthalmic equipment is becoming more and more widespread,” Carles Otero, of the Vision and Eye Research Institute at the university’s School of Medicine, said in a press release. “Using smartphones is convenient and portable, meaning there’s no need to carry bulky equipment between sites.”
Otero led a team that tested almost 200 images taken by three different smartphone cameras, two different lighting levels and two different zoom lenses – reportedly the first time that such a study was conducted to gauge effects on a clinical application. The results were recently reported in the Nature journal Scientific Reports.
“Camera manufacturers have their own autofocus algorithms and hardware specifications, and this means different cameras can produce different results for the same scene,” Otero said. “It is important that clinicians bear this in mind.”
“Our results show that while the clinician’s subjective evaluation was not affected by different cameras, lighting conditions or optical magnifications, calibration of a smartphone’s camera is essential when extracting objective data from images,” he added. “This can affect both telemedicine and artificial intelligence applications.”
The project is one of several to point out the challenges of adopting consumer-facing technology to clinical programs. Wearables and smartphones might be popular and widely embraced, but the data coming from these mHealth platforms needs to be verified before it can be used in clinical decision support.
In 2017, Australian researchers released a study in which they found that an mHealth platform using a smartphone camera wasn’t accurate enough for clinicians to adequately diagnose foot ulcers in patients living with diabetes.
“It is important for these negative outcomes to be reported, as mobile phone images are, in our experience, already widely used in daily clinical practice for the assessment of diabetic foot ulcers and wounds in general,” that study concluded. “Mobile phone images are often used in addition to verbal descriptions of diabetic foot ulcers when a patient, carer or home care nurse seeks remote assistance from a specialized team. And even though these images may tell more than the words used to describe the ulcer, the low diagnostic values found for both diagnosis of clinical characteristics and for treatment decisions are an important warning that caution is needed when clinicians remotely assess such images.”


Helping mining companies save time and reduce the costs of connectiong machines and data
vWORX : COMPOSER
MODELING ENVIRONMENT TO QUICKLY CREAT IOT APPLICATIONS
Composer is an end-to-end application modeling environment designed to help you easily build unique applications for the connected world. Composer makes it easy to model the things, business logic, visualization, data storage, collaboration, and security required for an IoT application.
vWORX : MASHUP BUILDER
EMPOWERS RAPID CREATION OF INTERACTIVE CONNECTED DASHBOARDS
The “drag and drop” Mashup Builder empowers you to rapidly create rich, interactive IoT applications, real-time dashboards, collaborative workspaces, and mobile interfaces without the need for coding. This next-generation application builder, combined with all the precongifured minining conections, reduces your development time and produces high quality, scalable connected applications which allows faster delivery of value-add solutions, resulting in greater market share versus your competition.
vWORX : WORKFLOW
EVENT DRIVEN EXECUTION AND 3D STORAGE
vWORX event-driven execution engine and 3-Dimensional storage allows mining organizations to make business sense of the massive amounts of data from people, systems, and connected “things” – making the data useful and actionable. The IoT platform supports scale requirements for millions of devices and provides connectivity, storage, analysis, execution, and collaboration capabilities required for applications. It also features a mining data collection engine that provides unified, semantic storage for time-series, structured, and social data at rates 10X faster than traditional RDBs.


Leisure Boat Application
DSE Battery Chargers Installed on Leisure Boat
The DSE9130 5 Amp 12 Volt battery charger was chosen in a recent UK Leisure Boat project. The application demanded that the boats be able to run off battery power whilst sailing, and when moored up, switch to using the mains electricity on the jetty to both charge the battery and provide power.
This system allows boat users to moor up and leave the boat for shopping, dining or other excursions without worrying about a flat battery upon their return.


Posted: Sunday, March 4, 2018 11:39 PM
Req Id: 84305
As a Senior Systems Architect within the 3DXP Media System Engineering at Micron, you will be responsible for defining hardware and firmware architecture development for new emerging NVM based products.
:Media management architecture development: translating algorithms to hardware and firmware architecture
:Hardware and firmware co:development on media controller architecture
:Hardware micro:architecture in data path, buffer management, error correction, and MCU
:Defining hardware and firmware specifications
:Hardware and firmware architecture validation at system level
:Technical expertise in hardware and firmware architecture for solid state based storage and memory systems
:Extensive experience with SSD controller backend (media) and FTL development
:Experience with performance modeling
:Innovative problem solving skills
:Understanding of NVM media device such as NAND flash memory or other new emerging memory technology is a plus
:Strong communication skills and cross:functional teamwork
:MS degree in Electrical Engineering (or related fields) with 6+ years of industry experience or Ph.D. degree in Electrical Engineering (or related fields) with 2+ years of industry experience.
We recruit, hire, train, promote, discipline and provide other conditions of employment without regard to a persons race, color, religion, sex, age, national origin, disability, sexual orientation, gender identity and expression, pregnancy, veteran's status, or other classifications protected under law. This includes providing reasonable accommodation for team members disabilities or religious beliefs and practices.
Each manager, supervisor and team member is responsible for carrying out this policy. The EEO Administrator in Human Resources is responsible for administration of this policy. The administrator will monitor compliance and is available to answer any questions on EEO matters.
To request assistance with the application process, Micron's Human Resources Department at (or
Keywords: Folsom California (US:CA) United States (US) SSD Engineering Experienced Regular Engineering LI:RS1
• Location: folsom, Sacramento
• Post ID: 22221777 sacramento


Nokia C1 with android 6.0 marshmallow
Nokia, the most trusted brand since decades had disappeared as other smartphones shine in the market.
But it seems like Nokia is going to give a come back with its new Nokia C1 smartphone.
In Chinese site Webo, Nokia’s C1 smartphone’s live pictures has been publicized. In which Nokia C1 smartphone’s front and back postures pictures has been kept.
When we see the black front part, it looks like Xiaomi’s textbook and when we see the back part then it looks like Motorola’s Moto G and Moto X.
According to news, Nokia C1 smartphone will have Android 6, Marshmallow operating system. It will have 5 inch full HD display screen. Under the hood, the phone will reportedly come powered by an Intel Atom processor and backed by 2 GB of RAM configuration.
When it comes to camera specification, the Nokia C1 will apparently sport an 8-megapixel rear-facing unit, in addition to a 5-megapixel front-facing snapper for selfies. This handset is believed to be a mid-range or an entry-level device.
Though from the legal point of view, Nokia is reportedly not allowed to build smartphones until 2016. This is precisely because of the “acquisition deal” tied to Microsoft. But then, this deal apparently allows Nokia to put the company name on mobile-based devices. And this is where the new “Nokia C1” phablet comes into play.
In 2014, the Finland-based tech giant released an Android device in the form of the well-received Nokia N1. After nearly 10 months, the company is apparently gearing up to release the Nokia C1, according to China’s CNMO. The C1 runs on Android, similar to the N1. To be specific, the upcoming device is believed to run stock Android firmware along with its own Z Launcher on top of it.


Wave Wireless empowers venue owners with a total managed service that enable the ultimate fan experience, today and tomorrow
Tens of thousands of fans bring their mobile devices to games, concerts and events. All too often they have to deal with slow networks, if they are able to connect at all. The reason? Cell towers that typically cover this geographical area have reached a point of overcapacity. Once this happens to a cell tower, the local network becomes lagged and even inoperable.
A robust wireless infrastructure is needed to offload data traffic to more scalable wireless solutions, while also leading to new features and capabilities for the venue.
Wave Wireless provides future-proof managed services for venue owners to help improve the fan experience and realize ROI on infrastructure investments with new profitable services. With Wave Wireless’ 24/7 smart managed services, you can offer improved fan experiences with an affordable opex service, all while monetizing your infrastructure investments (ROI).


Multimedia content analysis
We have experience in learning applications dealing with text, audio, and video data. In particular, together with leading companies in the sector, we have applied our designs to music genre recognition, semantic video analysis, or event detection in sport videos. We have also built video recommender systems based on collaborative filtering techniques.
Music Genre Recognition
Systems for automatically identifying the genre of songs have received a lot of attention during recent years. In this line, and in cooperation with the Cognitive Systems group (DTU Compute, Denmark), we have applied kernel multivariate analysis methods to learn from datasets with tens of thousands of songs. In practice, this is a big data problem, since extraction of Mel Coefficients and subsequent postprocessing, maps each song into hundreds of training vectors. We have also developed methods to exploit the time structure, where important information for the music genre recogntion problem lies.
Semantic Video Analysis
Our research team has participated for several years on the Semantic Video Analysis task of the Semantic Indexing task of the TRECVID initiative. This task consists on detecting pre-defined concepts in streams of video data. The classes we try to identify can be considered as "high-level": e.g., outdoor, skyline, telephone, two persons, etc. For this, we need to feed our classifiers with low level data capturing the color and texture structure of the video frames, as well as local features extracted at key points of the image (SIFT features). Our designs have been ranked in the first quartile of over 100 systems sent for evaluation from groups worldwide.
Sport Events Detection
Automatic detection of event in sport videos is a task with many potential applications. Apart from automatic indexing, accurate systems could be crucial for automatic advertisement insertion or summary generation. Successful systems need to exploit good medium-level features extracted from the audio and video streams, and be aware of the structure of the sport discipline. Our research in this line has been carried out in the framework of the i3Media project, and has focused on the detection of events such as goal, free kick, corner, offside, etc, in football videos. For this, we have developed new learning methods based on a hierarchy of Hidden Markov Models, so that the different levels of the hierarchy can deal with events at conceptually different levels.


In an era where technology and science are intertwined, we’re witnessing the rise of a transformative trend – citizen science. Driven by a new wave of technological tools and platforms, ordinary people are becoming scholars, contributing valuable data and insights to monitor our environment.
Citizen science involves ordinary people, who aren’t necessarily scientists by profession, in the collection and analysis of data. This open community-based approach is particularly beneficial for environmental monitoring. A diverse group of citizens can contribute to a wide range of projects, from tracking air quality or biodiversity to reporting on local weather patterns.
The increasingly widespread adoption of Internet of Things (IoT) technology has broadened the scope and accessibility of citizen science. IoT devices can measure and transmit environmental data, transforming anyone with a smartphone or device into a potential scientist. Recent advancements in this technology have allowed for accurate and reliable data collection, even from non-experts.
Enabling citizens to record and share data has been facilitated by the advent of open access technological platforms. These platforms allow for the collection and sharing of high-quality data, which is vital for accurate environmental monitoring. Google’s Open Data Kit, for example, is a tool that allows for the collection, analysis, and sharing of data.
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In addition to open access platforms, technology companies are developing specific apps and tools for citizen science projects. These tools assist in the collection, visualization, and sharing of data. For instance, the Air Quality app can be used by anyone with a smartphone to monitor and report on air quality in their local area.
Environmental monitoring is a crucial aspect of environmental science and policy, aiding in the assessment and mitigation of environmental risks. Citizen science projects focused on environmental monitoring can help provide a comprehensive picture of our environment.
Citizen science allows data to be collected on a scale that would not be possible with traditional science alone. For example, monitoring air quality across an entire city would require a vast network of sensors and substantial resources. However, with citizen science, people who live in that city can use personal devices to monitor and report data, providing a detailed map of air quality.
Technology also helps bridge the gap between citizen science and traditional scholarly research. An open data project known as Crossref enables researchers to link their findings with data collected by citizens. This connection helps make the research accessible and encourages the integration of citizen-collected data into scholarly publications.
Crossref acts as a link between the data collected by citizens and the scholarly community. It provides a way for citizen science projects to contribute to the greater scientific community, aiding in research, policy-making, and environmental monitoring.
The intersection of technology, citizen science, and environmental monitoring signals a new era of public participation in scientific research. The potential for citizens to contribute to the monitoring of our environment and the development of policy is significant and growing.
Moreover, as technology continues to evolve, the possibilities for citizen science will likely expand. The increasing sophistication and accessibility of IoT devices will enable more people to contribute to environmental monitoring. Furthermore, advancements in data analysis and visualization tools will allow for more sophisticated interpretations of the data collected.
While the future of citizen science is promising, it’s crucial to ensure that these projects are driven by quality data and sound scientific principles. Public participation in science should not undermine the importance of rigorous scientific methodology. Nonetheless, with careful management and the right technological tools, citizen science can play a pivotal role in environmental monitoring and contribute significantly to our understanding and stewardship of the environment.
In conclusion, technology is undoubtedly empowering citizen science and enhancing environmental monitoring. By enabling ordinary people to become scholars and contribute quality data, technology is democratizing science and providing a powerful tool for environmental stewardship. The intersection of these elements holds great promise for the future of scientific research and environmental policy.
The rise of citizen science can largely be attributed to the availability of low-cost technology tools. In particular, IoT devices and open-source software have made environmental monitoring accessible to a wider audience. By using these tools, citizen scientists are able to measure, collect and analyze real-time data with precision, contributing to the overall data quality.
Consider, for instance, the Air Quality app mentioned earlier. This low-cost tool enables ordinary people to monitor air pollution levels in their locality in real time, thereby playing a crucial role in environmental monitoring. Similarly, Google’s Open Data Kit is an open-source software that allows even non-experts to collect, analyze, and share data easily.
Furthermore, the use of low-cost technology tools in citizen science projects fosters inclusivity. More and more people are getting involved in scientific research, thanks to the affordability and accessibility of these tools. It is not uncommon to find school children, homemakers, and retirees among the ranks of citizen scientists today, conducting valuable research and contributing to our understanding of the environment.
The proliferation of low-cost technology tools also boosts data collection on an unprecedented scale. Citizen scientists can gather data from the farthest corners of the globe, monitoring everything from air quality to biodiversity. This wide-ranging and continuous data collection provides researchers with a wealth of information that aids in decision making and policy formulation.
Citizen science is also beginning to make its mark in the realm of scholarly research, thanks to platforms like Google Scholar and Crossref Google. These platforms, along with others like Pubmed Crossref, provide a bridge between citizen science and academic research, facilitating the integration of citizen-collected data into scholarly publications.
Google Scholar, for instance, allows citizen scientists to access a vast array of academic articles and papers, thereby equipping them with the knowledge needed to conduct their own research. This open access to scholarly literature also encourages citizen scientists to contribute their findings to the larger scientific community.
Crossref Google, on the other hand, links data collected by citizen scientists with academic research. By assigning a Digital Object Identifier (DOI Crossref) to each piece of data, it ensures that citizen scientists get due credit for their contributions. This fosters a spirit of collaboration and mutual respect between citizen scientists and traditional researchers, paving the way for more high-quality, peer-reviewed citizen science projects in the future.
The role of technology in empowering citizen science is undeniable. It has not only democratized science, making it accessible to all, but also bolstered data quality and facilitated real-time environmental monitoring. As a result, citizen scientists are no longer on the fringes but at the heart of scientific research and environmental stewardship.
Moreover, with the advent of tools like Google Scholar and Crossref Google, citizen science is making inroads into scholarly research. This has resulted in a paradigm shift, with citizen science now being recognized as a valuable contributor to scientific knowledge and decision making.
As we move forward, it is important to strike a balance between encouraging public participation and maintaining scientific rigor. With careful planning and the continued use of technology, citizen science can significantly enhance our understanding of the environment and inform policy making. The future of citizen science, therefore, looks bright indeed.


Dimensions: 1.53" x 1.53" x 0.56"
Macrostart switches replace voltage or current relays and centrifugal switches for most motors. Patent Numbers: 4761601, 4468604 and 4,468,604
Product selection: Find voltage and amperage (or horsepower) and pick desired time for switch to energize the start windings. 1/3 second is usually for pumps, compressors, etc. 1/2 second is usually for fans, disposals, etc. 1 second is usually for capacitor and split-phase motors.
Macro Start Wiring Diagrams


Elcometer 130 Salt Contamination Meter:
The Elcometer 130 Salt Contamination Meter quickly and accurately measures the level of soluble salts on surfaces.
v Fast reading rate allows multiple tests to be completed efficiently
v Pressure plate ensures a constant and uniform pressure to paper
v Automatic detection of paper size and automatic adjustment of reading value
v USB and Bluetooth® data output to ElcoMaster™ 2.0 software
v Dust and water resistant rugged design equivalent to IP64
v Automatic temperature compensation ensures accurate results
v Non-oxidising gold plated contacts ensures lifetime accuracy
v Stores up to 150,000 readings in 2,500 alpha numeric batches.
v Fully portable hand-held, ergonomic design ideal for use in the field.
Elcometer 134A Chloried lon Test Kit for Abrasives:
Chlorides deposited on a surface by contaminated abrasives during blasting can cause a coating to fail prematurely.
Contamination can build up, particularly if the blast media is recycled several times. Using the Elcometer 134A Chloride Ion Test in the field will accurately identify contamination and prevent costly surface-related failures.
Elcometer 148 pH Tester
pH is the measure of acidity of a liquid. The pH scale ranges from 0 to 14pH - where 0pH is acidic and 14pH is alkaline.
In many industries, pH measurement is critical to the correct performance of processes. pH is temperature dependent thus the temperature of the sample under test will affect the pH value recorded.
The Elcometer 148 pH Tester sensor has automatic temperature compensation, ensuring like-for-like measurements can be taken for meaningful comparison of the results.
Elcometer 138 Bresle Salt Kit:
It is essential that the level of contaminants on a surface is measured prior to application of the coating to ensure the quality of the coating and that its optimum lifetime is achieved.
If the coating is applied to a contaminated surface, which is not properly prepared, it could fail prematurely resulting in costly re-coating and high maintenance costs. The Elcometer 138 Bresle Kit includes the Elcometer 138 Conductivity Meter. This lightweight, portable conductivity meter accurately measures the salinity of the test samples.
Elcometer 138 Conductivity Meter:
The Elcometer 138 Conductivity Meter features:
v Highly precise measurements can be obtained from a single drop
v Automatic range switching gives a wide measurement range of 1μs/cm to 19.9mS/cm
v Out of range and low battery alarms
v Visual indication when ambient temperature is outside the operating range


How to get your slag back
The world’s largest automaton, a robot called Dinobot, has been a thorn in the side of governments around the world for years.
But the company that makes it has finally come out with an answer to the thorny question of who gets the most slag: humans or robots.
Dinobots main job is to take the slag from mines, power plants, factories and other industrial areas, dump it into a trash dumpster and then use that slag as a barter currency for goods.
But DinobOTS creators say they are also interested in making robots that can work alongside humans and other sentient beings.
The idea for DinobOT is that humans are often reluctant to cooperate with robots.
So, the team wanted to create a robot that would do just that, so the first step was to develop a new concept of human-robot cooperation.
The team says it’s been working on this concept for some time, and has even used Dinobotics robots to train soldiers for the U.S. Army in Afghanistan.
Dinot also uses a “smart slag” system to collect the slags from the trash and then uses the slagging to construct a bartering economy.
The company says that the robots that are currently being tested in Afghanistan are very good at collecting the slagged slag and using it to build a barbed wire fence.
In the future, Dinoboti is also developing a robot to assist in farming.
The robots are not going to be used for barter, the company says.
They will only be used to build and test farming systems.
The next step for the company is to get a robotic arm to assist with the farming, and to make the robot itself a part of the system.
So the team has started working on a new type of robotic arm.
But to do that, the group has to develop new design techniques to make it even more dexterous.
It’s not just a one-arm design, says Dinobota cofounder and CEO Mike Yannopoulos.
“We want the robot to be able to have different arms, and be able pick up and move different objects, as well as move a barber bar and a nail saw and other things that we’ve never done before.”
But that is just the beginning.
The future is about more than just the robot.
The project is also about the future of humans and the development of a human-powered future.
“What we’re trying to do is to do something that humans can’t do and that is to build robots that have to work together with each other,” Yannopolos says.
“That is a very complex and hard problem.”
The next steps for Dinot are twofold: to create new materials for a new generation of robots, and a new way to make them work together.
The first step is to develop materials that can be used in the construction of a new kind of robot that could potentially help in agricultural operations, said Yannopos.
“This is the most interesting thing we’ve ever done,” he said.
And this is where Dinoboto will be able “to help us build robots for the future that are smarter than humans are today.”
It will also help them in agriculture and mining, which will allow them to work with humans on farms.
“I think we can have a future in agriculture where a robot could be a major part of our operations,” YANNOPOS said.
Dinobo is also working on using technology to teach robots to communicate with humans, including by way of a computer voice. “
The future is more complex than just what we can do with robots today, but we are able to do a lot of things that humans cannot do.”
Dinobo is also working on using technology to teach robots to communicate with humans, including by way of a computer voice.
“If you want to be a robot, and you’re interested in being a robot or you want something to help you get from one place to another, you want a robot with a voice that can understand you,” said YANNOVOS.
“You want a machine that can communicate with you in the same way that humans communicate with each of us.
You want a communication system that can help you build a world that you can live in together with all of your human friends.”
And there is one other aspect of the future where Dinomot will be particularly useful.
The Dinobotic robot can teach other robots how to be more efficient.
“Dinobots is going to learn to be an efficient, reliable robot, because of the way it was designed,” YANOPOS says.
Dinots voice-recognition software will help Dinobotos help the robots build better farms and farms that can serve as a model for other robotics.
Dinobs will also be able use a system called “micro-robo-accelerator,” which will be used by robots to “learn how to move.”
“We’re looking at what a human brain
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Xingbo Jiang is a software engineer at Databricks, where he investigates the use cases on Spark Core and Spark SQL. Xingbo is an active contributor to Apache Spark. His areas of interest include distributed system, database, and data warehouse.
Big data and AI are joined at the hip: the best AI applications require massive amounts of constantly updated training data to build state-of-the-art models AI has always been on of the most exciting applications of big data and Apache Spark. Increasingly Spark users want to integrate Spark with distributed deep learning and machine learning frameworks built for state-of-the-art training. This talk introduces a new project that substantially improves the performance and fault-recovery of distributed deep learning and machine learning frameworks on Spark.


Join DEKRA DIGITAL as Cloud Engineer AI Hub to make Artificial Intelligence (AI) an essential driver of value creation by 2025 within the DEKRA Group.
Innovating safety and security is essential for all of us – and a crucial factor in an increasingly digitized world. At DEKRA DIGITAL we innovate safety, byte by byte
We are looking for a highly motivated Cloud Engineer to join our Global AI& Advanced Analytics team. Your responsibilities will entail:
DEKRA DIGITAL has been established to focus on tech competencies and drive digital innovation to help leading DEKRA into a successful future. We are shaping the safety and security of tomorrow and beyond.
We are coding under palm trees. At the Costa del Sol, we pool software expertise and tech competence.


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Google Home is actually a speaker that is smartly operated by using Google home App. It can be controlled through interactions and it provides us with services through voice interactions like news updates, it also provides services like music, weather report. To provide all these services the company has its own assistant, the Google Assistant.
The home automation is also a key feature that has been provided by Google Home. The home automation controls many things when it is connected to the internet. It controls the home appliances, lights, climate, music systems and also other entertainment tools. A few years ago it was been launched on November 4, 2016.
The Google Home App for PC is a way to control your Google Home device with the help of your PC. Now can we install this app in our computer systems? Let’s see!
How Google gives us assistance?
We are assisted by Google with the help of its own creation which is actually a virtual assistant that handles our task through technology this assistant is known as the Google Assistant.
The Google Assistant performs all these activities to keep us updated and entertained, also makes our task easier to handle our home appliances, and also takes control of the security systems like the fire alarms and also takes other safety measures.
This all is handled with the help of the use of Artificial Intelligence (AI). That also increases its decision-making ability with the help of machine learning process.
Use of Google Home App for our PC
The Google Home App is basically designed and developed for android devices but not actually for the use of PC. Yes, you connect your Google Home with the help of your Bluetooth and access to songs and music but those are limited to the functions what actually the application is providing us.
Google Chrome also helps us to access certain functions of the Google Home App but even the use of that provides the user with limited access only.
So, in this case, we can make use of the emulator. We need to first install the emulator in our device and then we can make use of the android version services on our PC as well. The settings and configurations will be required during the process of the emulator installation but the functions that the Google Home provides will be the same. So the use of the Google Home App for PC is now possible with the use of the emulator.
Suitable emulators for installation
There are many emulators in the market and you can get online when you search, but to install the suitable one for your purpose is required that actually matches your PC configurations. One of the very renowned emulators in the market is Bluestacks.
It basically helps you to run your android versions applications on your PC and Mac computer. It gives us access to many such applications which we can also use on our PC- WhatsApp, Viber, Skype, Games like Pubg, Angry Birds, and Google Home App for PC.
In conclusion, there are many applications which we generally used on our mobile devices. But there are times when actually we also want to experience some of the apps to be used on a larger display. Like playing android games on your PC and experience the same gameplay on a greater resolution and bigger display.


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The Minikin is back with the all new Minikin 2! The Minikin 2 is powered by a GX-180-HT chip which incorporates the same battery power saving capabilities as its predecessors but features a new wattage cap of 180 watts and touch screen support!
Juice Sauz is a UK based manufacturer and distributor of top quality e-liquids and vaping hardware.
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National Cyber Safety and Security Standards have been started with a great vision to safeguard the Nation from the current threats in the Cyberspace. National Cyber Safety and Security Standards have done an extensive research in the Cyber domain to understand the nature of cyber threats and Cyber Crimes. We have understood that the multi – faceted cyber technology cannot be handled by common standards and security policies. We came to know that, it needs different strategies for different sectors of Cyber domain.
The mission of the National Cyber Safety and Security Standards is to establish a multi-stakeholder consortium that brings together Industry, Government, and Academic interests in an effort to improve the state of Cyber Security both at domestic and international level.
National Cyber Defence Research Centre multi-disciplinary team employs the best and brightest to thwart Cyber Attacks. NCDRC is focused on building science and engineering foundations for Cyber Security. Research and development is focused on making today's systems more secure while planning for tomorrow's technology.
In addition NCDRC has embarked on setting up 60 Cyber Security Research Centre’s across India, with the objective of conducting research, training and hands on lab environment for universities, industry and professionals. In brief, NCDRC is setting up research centers across the country in collaboration with various colleges and universities.


Face recognition technology is a typical application mode in artificial intelligence "AI+ security". Looking back on the scene of last year's Beijing Amber Conference, face technology was closely combined with urban security, and its application effect was well received. "Dynamic Face Recognition", "1:N Static Large Library Face Search System", "Face Verification Gate" and "All-in-One Person and Certificate" product technologies and other rich models have made extraordinary achievements in the security exhibition.
Face recognition technology is widely used in family, buildings and even community security. In particular, the public security department is used to control the pursuit and escape, track down suspects, search for missing persons and so on, giving full play to its actual combat value and significance.
At this stage, the portrait recognition technology is still in the research and exploration stage. With the improvement of its hardware and software technology, the recognition information of human face and human body will be more abundant, the results will be more accurate, and the portrait recognition technology will be more and more mature and perfect.
Product Recommendation- BRAV-7302
This JHCTECH product is designed that can be used in face recognition field.
BRAV-7302CPU+GPUAI architecture for video, face recognition, snapshot, analysis, alarm, etc.
Industrial personal computers are all composed and supported by industrial components, with DC wide-voltage power input and continuous operation.
Compared with rack server, this scheme has lower power consumption and smaller volume, can be installed on desktop, and is suitable for narrow environment on site.
The host uses Intel's common architecture, and when the system is expanded, it is only necessary to simply upgrade and dock the platform software, and there is no need to purchase additional equipment.


WagLight™ can be used as a:
- Bike light
- Handheld flashlight
- Walking safety light,
- Dog lease light
- Clip-on backpack light
WagLight™ is rechargeable with the included micro USB cable, allowing you to easily charge and use it on the go.
The white light and red light dog collar lights for night walking have 4 light modes, which is proper to use at various occasions.
Material: aluminum alloy, ABS plastic, silicone, LED
Light color: white, red
Size: about 2 x 1.78 x 1.6 inches
2 x LED safety lights for dog collars


2001 6th International Conference on Solid-State and Integrated-Circuit Technology: ProceedingsOctober 22-25, 2001, Shanghai, China
- 980 Pages
- February 2002
- 2.98 MB
- 8150 Downloads
Inst Elect & Electronic Engineers
Circuits & components, Electronic devices & materials, Electronics engineering, Technology, Technology & Industrial Arts, Science/Mathematics, General, Electronics - Circuits - Integrated, Electronics - Solid State, Congresses, Integrated Circuits, Solid State Electr
|Contributions||Paul Yu (Editor)|
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foreign student in the Federal Republic of Germany
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De cellulis antherarum fibrosis, nec non de granorum pollinarium formis commentatio phytotomica
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Get this from a library. 6th International Conference on Solid-State and Integrated Circuit Technology proceedings, October, Shanghai, China. [Bing-Zong Li; Zhongguo dian zi xue hui.; Institute of Electrical and Electronics Engineers.
Beijing Section.;]. 6th International Conference on Solid-State and Integrated-Circuit Technology: Proceedings: October, Shanghai, China [INTERNATIONAL CONFERENCE ON SOLID STATE, Bing-zong Li, Paul Yu] on *FREE* shipping on qualifying s: INTERNATIONAL CONFERENCE ON SOLID STATE, Bing-zong Li.
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6th International Conference on Solid-State and Integrated Circuit Technology, ICSICT - Proceedings. Vol. 1 Institute of Electrical and Author: Ey Goo Kang, Seung Hyun Moon, Man Young Sung. 6th International Conference on Solid-State and Integrated Circuit Technology, ICSICT - Proceedings: Editors: Hiroshi Iwai, Paul Yu, Bing-Zong Li, Guo-Ping Ru, Xin-Ping Qu: Publisher: Institute of Electrical and Electronics Engineers Inc.
Pages: Number of pages: 4: ISBN (Electronic)DOIs. 3.) IEEE 4th International Conference on Solid-State & Integrated Circuit Technology IEEE, International Conference On Solid-State Institute of Electrical & Electronics Engineers (IEEE), [illustrated edition, hardback] [English] 4.) IEEE International Soi Conference Proceedings Ch&&&&&, IEEE Electron Devices Society, IEEE Industry Applications Society (Eds.).
16th International Solid-State Sensors, Actuators and Microsystems Conference (TRANSDUCERS ), pp. ©IEEE: Sensors, MEMS, Packaging, High Temperature: Okojie, Nguyen, Savrun, Lukco: Zero offset drift suppression in SiC pressure sensors at C: Conference Paper: Proceedings IEEE Sensors ©IEEE: Lu Junming; Shu Yan; Lin Zhenghui; Wang Ling,” A Novel transistor Low-power High-speed Full adder cell”, Proceedings of 6th International Conference on Solid-State and Integrated-Circuit Technology, vol-2, pp.
Google ScholarAuthor: Richa Saraswat, Shyam Akashe, Shyam Babu. * P. Chu, “ Plasma Immersion Ion Implantation of Semiconductors ”, Proceedings 6 th International Conference on Solid-State and Integrated-Circuit Technology (ICSICT), Shanghai, China, pp. -October 22 – 25, Stefan Bengtsson is President and CEO of Chalmers University of Technology since August He is professor of solid-state electronics, with a research interest in micro- and nano-electronics, primarily silicon-based materials and devices.
He has published more than scientific articles in international journals and conference proceedings. In Proceedings of the 6th International Conference on Solid-State and Integrated Circuit Technology, Shanghai, China, 22–25 October ; pp.
– [Google Scholar] Saha, S.K. Compact Models for Integrated Circuit Design: Conventional Transistors and Beyond, 1st ed.; CRC Press: BocaAuthor: Dominik Mair, Manuel Ferdik, Christof Happ, Michael Renzler, Thomas Ussmueller.
Parts of this chapter have been sourced from a chapter in a book on Solid State Lighting Reliability [Pecht and Chang, Solid state lighting reliability: components to systems, Springer, New York.
Salman and E. Friedman, High Performance Integrated Circuit Design, McGraw-Hill Publishers,ISBNISBN Chinese translation by Publishing House of Electronics Industry,Chinese ISBN # The Properties of Epitaxial Pure Germanium Films on Silicon Substrate, Proceedings of the 6th International Conference on Solid-State and Integrated-Circuit Technology, Shanghai, China, 22–25 October ; pp.
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Power 60GHz Transceiver with Integrated Baseband Circuitry," in IEEE International Solid-State Circuits Conference Digest of Technical model for double-gate MOSFET," in Proc. 8th Intl. Conf. on Solid-State and Integrated Circuit Technology (ICSICT), T. Tang, G. Ru, and Y.
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Ng, “Materials Characterization in Microelectronics Fabrication”, in Technology Road Maps for Hong Kong, C. Kao and K. Young (Eds.), The Chinese University Press, Hong Kong, Chapterpp. - (). “A comparison between RF MEMS switches and Semiconductor switches”, Proc.
IEEE International Conference on MEMS, NANO and Smart Systems (ICMENS’04), pp. –21, Aug. Kim, J.- I. and Peroulis, D., “ Tunable MEMS spiral inductors with optimized RF performance and integrated large-displacement electrothermal actuators ”, IEEE. Paschalidis N.
P., A Smart Sensor Integrated Circuit for NASA’s New Millennium Spacecraft, publication in the proceedings of the 6th IEEE International Conference on Electronic Circuit and Systems – ICECS ’99, W4F4, Pafos Cyprus September High performance SOI RF switches for wireless applications.
6th International Conference on Solid-State and Integrated Circuit Technology, ICSICT - Proceedings: Foreword. Article. Seo, W. Zhou, and Z.
Ma, "High-Speed Microwave Thin-Film Transistors Based on Transferrable Semiconductor Nanomembranes (Invited)", IEEE International Conference on Solid-State and Integrated Circuit Technology (ICSSICT12), Oct.
Nov.1,Xi'an, China. Threshold Voltage Shift Instability Induced by Plasma Charging Damage in MOSFETS with High-K Dielectric. Proceedings of the 6th International Conference Reactive Plasmas and 23rd Symposium. Proceedings of the International Conference on Integrated Circuit Design and Technology,Cited by: 6.
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Hamdioui, and R. Ishihara, "Design dependent SRAM PUF robustness analysis", 16th Latin-American Test Symposium. Weiner, M. Jorgovanvic, A. Sahai, and B. Nikolic, "Design of a low-latency, high-reliability wireless communication system for control applications," in Proceedings of the IEEE International Conference on Communications,pp.
Ye Xu and T. Ytterdal, "A Low-Offset Dynamic Comparator Using Bulk Biasing Technique in Digital 65nm CMOS Technology,” in Proc. 10th International Conference on Solid-State and Integrated-Circuit Technology (ICSICT ), Nov.Shanghai, China, pp.International Conference on Solid-State Sensors, Actuators and Microsystems, pp.
Abstract An array of platinum electrodes has been integrated with analog and digital circuitry in standard CMOS technology for stimulation and recording of natural neural networks. Chen and J. Kolodzey, "Current transport mechanisms of Ge 1-y C y /Si heterojunction diodes," IBM Microelectronics, USA; University of Delaware, USA, The Sixth International Conference on Solid-State and Integrated-Circuit Technology (ICSICT ), Shanghai, China, October10th IEEE International Conference on Solid-State and Integrated Circuit Technology Proceedings: ICSICT Nov.
1- 4,Shanghai, China. Kun Yang, Terje Røste, Fritz Bekkadal and Torbjörn Ekman Channel characterization including path loss and Doppler effects with sea reflections of mobile radio propagation over sea at 2 GHz. [Contribution to a book, Contribution to a conference proceedings] Introducing a Cross-University Bachelor’s Programme with Orientation Semester - Enabling a Permeable Academic Education System In: Proceedings of the 20th International Conference on Research and Education in Mechatronics (REM ): University of Applied Sciences Upper Austria, Wels, Austria, May/ Peter.Proceedings, 4th International Conference on the Strength of Metals and Alloys,Westwood RC, Latanision RM.
Surface- and environment-sensitive mechanical behavior—Some current issues. Proceedings, 4th International Conference on the Strength of Metals and Alloys,Opperhauser, Jr., H, Westwood ARC.Conference Papers / Book Chapters.
C. S. Solaki, B. G "Evaluation of non-quasi-static effects during SEU in deep submicron MOS devices and circuits" in Proceedings of the 19th International Conference on Thin Film SOI MOSFETs" in Sixth International Conference on Solid-State and Integrated-Circuit Technology (ICSICT
illustrated story of crime
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New IFA GLOBAL MARKETS sourcing conference discusses the latest buying trends and strategies the world has to offer
|Berlin, 3 August 2017 – IFA GLOBAL MARKETS EXPERT TALKS hosts the platform for a meeting of some of the most accomplished international buyers representing consumer electronics, consumer IT and home appliances.|
International buyers who regularly work with private labels, OEMs and ODMs around the world have already confirmed their attendance. Among them are Tobias Redlin, managing director of iGo3D, Europe’s biggest distributor of 3D desktop printers and accessories; Rebecca Fuchs, head of Retail Sales at Nimans, UK’s largest distributor of telecoms and data equipment, and Mike Lange, managing director of Z-Wave Europe GmbH, a leading distributor of wireless smart home solutions.
IFA GLOBAL MARKETS EXPERT TALKS will provide buyers, manufacturers and the media with an insight into the latest developments, opportunities and challenges in this sector, while addressing different product categories. Participants will discuss on-demand solutions and technologies (e.g. the Internet of Things, robotics, drones, virtual reality, wearables and Smart Home) as well as conventional consumer electronics and home appliances (TV, audio systems, mobile devices and small home appliances).
IFA Global Markets will take place on four days, from 3 to 6 September 2017, and will bring IFA suppliers, component manufacturers, OEMs and ODMs into contact with customers and partners from the CE and HA industries.
IFA Global Markets at a glance


Farm Mote is a smart device, designed with the latest technologies, which is installed in farms in order to get different parameters:
– Temperature/Humidity: Thanks to a digital sensor is possible to read the outdoor temperature and humidity. By default, this information is sent to the server every hour.
– Level of Water: In order to know if there is water or not in a tank. Once the level is under a configurated threshold, the system can alert us by e-mail.
Owing to be designed for being installed outdoor without any Internet connection, this electronic device sends data through GPRS/3G network.
Besides, it is powered by a solar panel in order to be as much as autonomous as possible.


A novel protocol has been developed for comparing the structural properties
of lipid bilayers determined by simulation with those determined by
diffraction experiments, which makes it possible to test critically the
ability of molecular dynamics simulations to reproduce experimental data.
This model-independent method consists of analyzing data from molecular
dynamics bilayer simulations in the same way as experimental data by
determining the structure factors of the system and, via Fourier
reconstruction, the overall transbilayer scattering-density profiles.
Multi-nanosecond molecular dynamics simulations of a
dioleoylphosphatidylcholine bilayer at 66% RH (5.4 waters/lipid) were
performed in the constant pressure and temperature ensemble using the
united-atom GROMACS and the all-atom CHARMM22/27 force fields with the
GROMACS and NAMD software packages, respectively. The quality of the
simulated bilayer structures was evaluated by comparing simulation with
experimental results for bilayer thickness, area/lipid, individual
molecular-component distributions, continuous and discrete
structure factors, and overall scattering-density profiles. Neither the
GROMACS nor the CHARMM22/27 simulations reproduced experimental data within
experimental error. The widths of the simulated terminal methyl
distributions showed a particularly strong disagreement with the
experimentally observed distributions. A comparison of the older CHARMM22
with the newer CHARMM27 force fields shows that significant progress is
being made in the development of atomic force fields for describing
lipid bilayer systems empirically.
Biophys J 88:805-817. [PubMed Abstract] [Reprint]
We have recently shown that current molecular dynamics (MD) atomic force
fields are not yet able to produce lipid bilayer structures that agree
with experimentally-determined structures within experimental errors.
Because of the many advantages offered by experimentally validated
simulations, we have developed a novel restraint method for membrane MD
simulations that uses experimental diffraction data. The restraints,
introduced into the MD force field, act upon specified groups
of atoms to restrain their mean positions and widths to values determined
experimentally. The method was first tested using a simple liquid argon
system, and then applied to a neat dioleoylphosphatidylcholine (DOPC)
bilayer at 66% relative humidity and to the same bilayer containing the
peptide melittin. Application of experiment-based restraints to the
transbilayer double-bond and water distributions of neat DOPC bilayers
led to distributions that agreed with the experimental values. Based upon
the experimental structure, the restraints improved the simulated structure
in some regions while introducing larger differences in others, as might be
expected from imperfect force fields. For the DOPC-melittin system, the
experimental transbilayer distribution of melittin was used as a restraint.
The addition of the peptide caused perturbations of the simulated bilayer
structure, but which were larger than observed experimentally. The melittin
distribution of the simulation could be fit accurately to a Gaussian with
parameters close to the observed ones, indicating that the restraints can
be used to produce an ensemble of membrane-bound peptide conformations that
are consistent with experiments. Such ensembles pave the way for understanding
peptide-bilayer interactions at the atomic level.
Biophys J 91:3617-3629. [PubMed Abstract] [Reprint]
In the absence of external stress, the surface tension of a lipid membrane
vanishes at equilibrium, and the membrane exhibits long wavelength undulations
that can be described as elastic (as opposed to tension-dominated) deformations.
These long wavelength fluctuations are generally suppressed in molecular dynamics
simulations of membranes, which have typically been carried out on membrane
patches with areas <100 nm2 that are replicated by periodic boundary conditions.
As a result, finite system-size effects in molecular dynamics for several years,
and it has been argued that it is necessary to simulate small membrane patches
under tension to properly model the tension-free state of macroscopic membranes.
Recent hardware and software advances have made it possible to simulate larger,
all-atom systems allowing us to directly address the question of whether the
relatively small size of current membrane simulations affects their physical
characteristics compared to real macroscopic bilayer systems. In this work,
system-size effects on the structure of a DOPC bilayer at 5.4 H2O/lipid are
investigated by performing molecular dynamics simulations at constant
temperature and isotropic pressure (i.e., vanishing surface tension) of small
and large single bilayer patches (72 and 288 lipids, respectively), as well as
an explicitly multilamellar system consisting of a stack of five 72-lipid bilayers,
all replicated in three dimensions by using periodic boundary conditions. The
simulation results are compared to X-ray and neutron diffraction data by using
a model-free, reciprocal space approach developed recently in our laboratories.
Our analysis demonstrates that finite-size effects are negligible in simulations
of DOPC bilayers at low hydration, and suggests that refinements are needed in the
simulation force fields.
J Phys Chem B 110:24157-24164. [PubMed Abstract] [Reprint]