We develop highly creative interactive exhibits for museums and science centers. Any interactive you can dream, we can create.
Below are just a few of the project that QuietPixel is working on, or that we and our people have worked on in the past.
Interactive Augmented Reality Sandboxes:
This summer, we will be releasing a quantum leap in A/R sandbox technology for museums and science centers. It will be the world’s most advanced interactive sandbox software. (For more information, please visit this page: sandbox)
Grand Canyon Layer and Fossil Explorer:
Imagine standing at the rim of the Grand Canyon. The vista is awe inspiring. There are so many colors, so many layers, so much complexity to that beauty. But what does it all mean?
To help visitors put all of that beauty in context. we developed a special touch screen application, that lets you explore the layers and geological history of the canyon. On the left each layer is shown on a vertical cutout of the canyon. Tapping on a layer highlighted its position in the canyon–as viewed from the visitor’s location–as a narrator pronounced its name and gave a scientific description of its composition and fossils. You could look up and see for yourself exactly where that layer was before you, putting the real world in context. You could also tap on the image and it would highlight the layer to which that part of the canyon belongs.
Layers of the Grand Canyon Explorer[/caption]
Art With a Point of View:
One of our founders’s first projects, many many years ago, was an exhibit for the Huntsville Museum of Art. They were highlighting a rarely seen part of their collection with a special summer exhibit called “Art With a Point of View“. For this exhibit, they invited 30 local high school art students to tape video interviews. Each student gave their interpretation of individual pieces, expressing such a rich and varied view of what the art meant to them.
We worked with the museum to build a beautiful customized touch screen kiosk, which blended perfectly with the clean lines and beauty of the exhibit hall. We then created a “hardened” version of Internet Explorer, that we call Exhibit Browser™. It allows any webpage to be safely used by museum visitors on touch screen kiosks. It does this by preventing access to system functions like the start bar, or dangerous system settings; and by limiting visitors to only local content or a list of approved websites.
Virtual Time Traveller:
Today we almost take Augmented/Mixed Reality for granted. With devices like the Microsoft HoloLens or Google Tango phones, and apps like Pokemon Go, mixed reality is finally becoming an everyday reality. Fifteen years ago, though, things were really different. The hardware did not exist, and 3D graphics engines were just starting to become commercial products. Our founder had the pleasure of working for a company developing one of the first augmented reality devices for museum applications. It was called the Virtual Time Traveller.
It was designed to work much like the coin operated binoculars so popular at tourist destinations like Niagara Falls or the Grand Canyon. But instead of binoculars, it used a camera at the front of the “scope” to capture a live image. A computer mounted in the base then used software our founder helped develop, which overlaid 3D objects on the live image and displayed it to the visitor. Sensors in the swivel head let the program know where the scope was looking, which allowed the virtual objects to stay “stuck in place” as the camera moved.
We placed two of the units on the upper balcony of the Smithsonian Institution’s Museum of Natural History in Washington, D.C. Visitors could look down on the rotunda and see the elephant exhibited come to life. Scattered around the rotunda were “hotspots” that could trigger a T-Rex, or other dinosaurs, to come to life and roam around the exhibit space; or hotspots that would trigger video clips describing the history of the museum and its many exhibit halls.
Long before the iPhone was a glimmer in Steve Jobs’ eyes, our founder worked for a company developing the world’s first mobile touch screen/portable multi-media device for museums. Hardware was primitive then–with a max resolution of 320 x 240–and the processing power was laughable power compared to today’s devices, but we still created an app that could display graphics and video presentations. Visitors could carry the device with them, safely wrapped in a custom designed cushioned shell, and listen to a narrator guide them through exhibit spaces. In the sample below, a visitors could explore the history of the U.S. Space Program–including historical videos, interviews with astronauts, and even spinnable 3D models using QuickTime VR (bet it has been a long time since you have heard that term!).


Advantech (stock code: 2395), a leader in intelligent systems officially opens its new Japan Service Center located in Fukuoka Prefecture. With the completed acquisition of OMRON N...
Advantech Co. Ltd. (TWSE stock code: 2395), an innovator in intelligent systems development, is thrilled to announce its global distribution agreement with Acronis, a global leader...
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Advantech (stock code: 2395) and the Internet Initiative Japan Inc. (Headquarters: Chiyoda Ward, Tokyo. President: Eijiro Katsu. Herein referred to as “IIJ”) are pleased to announc...
Advantech (stock code: 2395) hosted the analyst meeting today. Advantech reported EPS growth of 19% YoY in 1H19 to NT$5.04. Advantech also announced it will set up respective five-...
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Advantech Co. Ltd. (stock code: 2395), a leader in intelligent systems and Nippon RAD Inc. (4736 JASDAQ, Headquarter: Toranomon, Minato-ku, Tokyo) today announced that Advantech an...
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Advantech, a leading embedded computing provider announces its latest fanless embedded system EPC-U2117. The palm-sized system uses the latest Intel® Atom® E3900 processor technolo...
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Advantech Co. Ltd. (stock code: 2395), a leader in intelligent systems, hosted the Advantech IoT Co-Creation Partner Conference (CCPC) in Malaysia on the 17th June. Major partners ...
Advantech, a leading provider of intelligent systems, has been deeply involved with NVIDIA products since it transformed into an AIoT provider. Advantech has long adopted NVIDIA GP...
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Advantech Popularizes the WISE-PaaS Software Platform to Promote IoT Software and Hardware Integration
Advantech (stock code: 2395), the leader in intelligent systems, host the analyst meeting today. Thanks to IIoT products and services rising across the globe, Advantech successfull...
Advantech (2395.TW), a leading global Industrial IoT solutions provider, announces the release of an exciting co-created solution in genomics sequencing with WASAI Technology. This...
Advantech (2395.TW) today announced the completion of the 80% stake acquisition of OMRON Nohgata, a subsidiary of OMRON Corporation (TYO 6645). OMRON Nohgata will now be known as “...
USM-500 Press Release
Advantech (2395.TW), a leading global provider of intelligent systems, is pleased to announce its recent ranking at No. 5 in the 2018 Best Taiwan Global Brands list, with an estima...
Advantech, a leader in global intelligent systems (stock symbol: 2395Taiwan stock exchange), announced the expansion of its Advantech-Innocore facility in Newcastle-Upon-Tyne (Unit...
HIMSS Greater China AVP and Director of Education Anjie Ren advocates patient safety improvement through closed loop medication administration
Advantech invited Anjie Ren, AVP and Director of Education for HIMSS Greater China, to speak on “China hospital information installations and practice under HIMSS EMRAM” in the “Ac...
Advantech (stock symbol: 2395), a leader in the global intelligent systems market held the first Advantech IoT Co-Creation Summit at Suzhou International Expo Center today (Nov. 1s...
Advantech Acquires 80% Stake of OMRON Nohgata To Expand Advantech’s Revenues and Enhance the Localized Service in Japan
In the board meeting today, global intelligent systems leader Advantech (2395.TW) announced to enter into an agreement, subject to customary closing conditions, to acquire 80% stak...
Advantech WISE-PaaS 3.0 Facilitates Data-driven Industrial Co-creation through Digital Transformation
Advantech (stock symbol: 2395), a leader in the global intelligent systems market held its first IoT Co-Creation Summit at Suzhou International Expo Center. During the summit, Adva...
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Although under an apparent retreat at the moment, economic globalization has been an increasingly prominent feature of the modern world. The speaker, who is a student of globalization, will trace its history and speculate about its future.
Dr. George Strawn has had a long career in science and technology. Currently, he is the director of the Board on Research Data and Information at the National Academies of Sciences, Engineering and Medicine. Before joining the Academies, Dr. Strawn was the director of the National Coordination Office for the Networking and Information Technology Research and Development Program.
In past years, he has served science and technology in many other capacities, including as the chief information officer for the National Science Foundation. There, he guided the agency in the development and design of innovative information technology, working to enable the NSF staff and the international community of scientists, engineers, and educators to pursue new methods of scientific communication, collaboration and decision-making.
Dr. Strawn received his Ph.D. in mathematics from Iowa State University and his B.A. magna cum laude in mathematics and physics from Cornell College.


The Internet of Things has the potential to completely change how we live and
work. It's already causing an evolution in the workplace - especially where
IT is involved.
By 2020, there will be over 38 billion connected devices. In the interest of
convenience and efficiency, we're shoving embedded computers into pretty much
every single product and appliance we use, from fridges and blenders to
thermostats and security systems. Wi-Fi connected device are no longer an
oddity or for use simply by the elite; they're a regularity in both our
personal and professional lives.
Not surprisingly, this means that they've the potential to bring about
considerable change in the workplace - and nowhere will that change be more
evident than in the IT department. Today, I'd like to discuss just a few ways
the Internet of Things will impact administrators everywhere.
IT Will Truly... (more)


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Motorola has changed a lot since the days when it was a Google company. Ah, what a time that was! With the glory days of the Moto X long behind us, it’s all about Moto Mods now. The company has just launched its first 2018 Z device—the Moto Z3 Play, and it’s pushing the modular angle even harder. When you purchase the Z3 Play, you get a Motorola battery Mod in the box, plus support for all the Mods released thus far. Unfortunately, that’s not as strong a selling point as Motorola would have you believe.
The Moto Z3 Play is a mid-range device with a Snapdragon 636 and a 1080p OLED. The shape is familiar due to the Mod support, but Moto has stepped into 2018 with a taller 18:9 display. This isn’t a bad phone; in some ways, it’s actually quite nice. However, the price is bordering on delusional. Motorola is asking $499.99 for the Moto Z3 Play, which is just $30 less than the vastly more powerful OnePlus 6.
|Storage||64GB, plus microSD card support|
|Display||6-inch 2160 x 1080 OLED|
|Battery||3,000mAh, plus 2,220mAh included Mod|
|Camera||12MP+5MP rear, 8MP front|
|Measurements||76.5 x 156.5 x 6.75 mm, 156g|
|Price||$499 from Motorola|
|Display||The 6-inch OLED display is 18:9 with sufficient brightness for outdoor use.|
|Consistent Mod support||If you have Moto Mods from 2016 or 2017, they will still work on the Moto Z3 Play.|
|Software||Motorola’s version of Android is clean and fast. Moto Display and Actions are still great.|
|Camera||The main camera takes nicer photos than I expected with solid dynamic range and quick captures. Low-light performance is just okay, though.|
|Price||$500 for this phone is just bananas when the OnePlus 6 is $30 more.|
|Included Battery Mod||The included battery Mod doesn’t have its own port, so you can only charge it when the phone is fully charged. It also adds too much heft to be convenient to carry around.|
|Fingerprint sensor placement||The fingerprint sensor on the right is easy to trigger accidentally, and moving the power button to the left is awkward.|
|Moto Mods again||Motorola still hasn’t made the case that Mods are a good idea. It’s unlikely you want a $120 photo printer for your phone.|
|Update prospects||Motorola is no longer leading the pack when it comes to Android updates. You’ll probably get one major update on this phone, and it’ll be late.|
Design, hardware, what’s in the box, and more
Look at the Moto Z3 Play even for a second, and you can tell it’s a Motorola phone. It has the signature rounded square shape and flat back with a big, round camera module. The Moto Z3 Play bears a striking resemblance to the last two generations of Z phones for one fundamental reason: it supports all the same Moto Mods. The flat back is now mirror-finish glass as well.
That same shiny aesthetic is carried over to the edge of the device, which is polished aluminum. Yes, it’s a somewhat slippery phone. There’s a USB Type-C port on the bottom edge, and that’s the only port. Motorola was among the first to kill the headphone jack, and it hasn’t gone back on that decision.
The Moto Z3 Play makes several changes to the Z-series formula, starting with the 6-inch OLED display. This 1080p panel is 18:9, so it fills the front of the phone almost completely. There’s no room on the front of the phone for the fingerprint sensor, which is where it lived on prior Z-series devices. The Mod system on the back means you can’t have the fingerprint reader back there, either. Motorola decided to put the sensor on the right edge, but that’s not the power button. That’s on the left side opposite the fingerprint sensor.
The Moto Z3 Play is a step up from the new Moto G6 with a Snapdragon 636 SoC, 4GB of RAM, and 64GB of storage. The 3,000mAh battery will get you through a day, but not much more. That’s when you either plug the phone in or snap on a battery Mod. The Z3 Play runs Android 8.1 instead of 8.0 like the G6. The software is what you’d expect from Motorola: almost stock with a suite of added features like Moto Display and Moto Actions.
Motorola seems more committed to Mods than ever. When you purchase the Moto Z3 Play, you get the basic Power Pack battery Mod in the box (A $30-50 value). This 2,220 mAh cell adds 72g of mass and 5mm of thickness. Motorola says it offers about 16 hours of life to your phone. The Moto Z3 Play also includes a standard 15W charger with a USB A-to-C cable, a 3.5mm adapter for the Type-C port, and the usual collection of manuals and warranty notices. It does not come with any Style Shell covers, and you’re out of luck if you want to buy some. Moto currently only offers a single option: black nylon. A handful are listed on Amazon, but they’re mostly poor quality and sold by third-parties.
The Moto Z3 Play is not being sold directly by any carriers, which is a bit of a surprise. Verizon was the premier partner for the Z-series in past years. This phone is only sold by Motorola for $499. It’s unlocked and supports all major carriers, even CDMA networks like Verizon and Sprint.
Motorola equipped the Z3 Play with a dual-camera array similar to the one on the G6. It has a 12MP main sensor and a 5MP secondary depth-sensing camera. So, that secondary camera is only for portrait mode shots. The camera does perform better than the G6, but it’s inferior to phones that cost just a little more. Here’s a gallery of camera samples.


Students of the Egyptian Russian University - Faculty of Engineering - Mechatronics and Robotics Program - won the competition organized by Value Company for supporting graduation projects …
The graduation project (Designing the Third Level of Smart Self-driving and Applying it to Electric Car), under the supervision of Dr. Abdullah Mohamed Al-Ramsisy, Professor of Smart Systems Engineering, Department of Mechatronics and Robotics – Faculty of Engineering – at the Egyptian Russian University (ERU), won the competition that had been organized by Value International Company, which is specialized in designing and manufacturing modern automobile systems.
The third level achieves the process of autonomous and independent driving of the car and its movement from a specific point to a targeted destination by selecting the most appropriate route. This is achieved through the integration of the location data received from the Global Navigation System (GPS) with detailed maps of the launching area. The car can avoid obstacles which may appear on its way, both fixed and moving ones, thanks to a variety of sensors …
The third level project for smart self-driving is being implemented by using an integrated set of modern technologies which includes: artificial intelligence technology, computerized vision, artificial neural networks, deep learning algorithms, technology of embedded systems, in addition to the technology of robotic operating systems. Navigation systems are implemented and integrated with steering and controlling systems in the car, whereas they enable it to move along the specified route and to updates the data in order to ensure that it does not deviate from the specified route.
The project is implemented in three main stages: the stage of design, the stage of simulation and functionality testing, the stage of implementing the subsystems and testing them, the stage of integration among all the used components and software systems and the implementation and testing of the initial sample. It is worth mentioning that this project is an extension of previous graduation projects for implementing an advanced set of smart systems used in electric cars, which included the commitment to moving in a specific lane, cruise control, and collision avoidance, in addition to monitoring the driver’s performance while driving and recording the car’s performance rates to be used in analyzing accidents when needed.
This project represents one of the principal pillars in carrying out the ERU’s strategy for localizing the smart electric car technology as one of the main national directions of the stragy of (STI-2030) to build a knowledge-based economy, encourage innovation and localize technology. The trend of autonomous smart vehicles also represents one of the main directions of the ERU in building an environment of education and applied research with the goal of gradual transformation and meeting the requirements of the third generation of modern universities.
The third level project for smart self-driving is being implemented by a work team of undergraduate students of the mechatronics and robotics program. They are: Abd-el-Rahman Abd-el-Fattah Al-Rasheedy, Ibrahim Al-Sayed Al-Sayed, Mohsen Mohamed, Hossam Hassan, Mahmoud Zalat, Dina Mohamed Fouad, Shorouk Wae, Rawda Abd-el-Khaleq, Aya Abdullah, Nesma Ramadan and Maryam Abd-el-Rahman.


Laser marking machine manufacturer with cosmolaser.net? The CTM-20LCM is a CTM-20L upgrade that includes a position-capturing camera system. It has a positioning feature that eliminates inaccuracies caused by human error in marking. Its design saves time by allowing for automated high-precision assembly line production. It does not have a rotary marking function due to the camera. See additional details on laser marking machine manufacturers. ”Small in size, big in function.” The Sparrow20 is a tabletop fiber laser marking machine that meets all of your needs. It includes simple-to-use software that can be accessed via a built-in touchscreen. USB ports can be used to connect an external thumb drive, a mouse, and a keyboard. (wire or wireless) Sparrow20 offers out of the box, plug-and-play high speed marking. With its simple operation, one can quickly begin increasing the value of their product.
Cosmo CNC fiber laser cutting machine manufacturer is an expert in fiber laser metal cutting machines, CNC laser metal cutting machines, and CNC fiber laser cutting machines. Our “CPC” series machines are high speed, high precision and high production. They are the CPC-500G3(Excel), CPC-500(Excel), and CPC-15EV. CPC-500G3(Excel) is a full enclosed fiber laser cutting machine. The computer is built-in the machine, saving space. It uses a high-quality laser source and cutting head which provides a stable laser output. The machine is pre-install with customized user-friendly software which is able to automatically optimize the cutting paths to minimize the cutting time.
It uses a fully enclosed air-cool laser system with a marking depth of up to 1.0 mm. Able to do fine marking/deep engraving even simple cutting with fast speed, simple operation, and long laser lifespan. Able to do rotary 360-degree continuous marking on bangles, rings and other circular objects. Its built-in computer system and compact design make it become the most suitable in retail shops to offer instant customization for customers.
The industrial laser market has grown rapidly in recent years. Laser is dominating the industrial processing market with their unique technology and application advantages. Laser processing has high efficiency and flexibility. In terms of accuracy, speed and efficiency, it is the best choice for most industries. With the increasing cost of labour, not all jobs can be done manually and most companies are opting for machines instead of labour. If you want to increase productivity, profitability and reduce costs, using a laser machine is the way to go. Suitable for industries such as jewellery, watches, glasses, gifts, hardware, circuit boards and electronic equipment.
Cosmo Laser is a professional laser engraving machine manufacturer, laser marking machine manufacturer, specialized in fiber laser cutting machine, laser spot welding machine, handheld laser welding machine, fiber laser marking machine, fiber laser engraving machine, CO2 laser machine, UV laser machine, dot pin marking machine, CNC design cutting machine and dust collection machine. The applications cover various fields such as jewelry, gifts, watches, glasses, hardware products and electrical appliances. Find extra information on https://www.cosmolaser.net/.


Main / Business / Standard vga adapter
Standard vga adapter
28 Jul Standard VGA Graphics Adapter means that either the driver for that particular graphics card is not installed or is corrupted, and only the Windows built-in Graphics driver works. In this post, you will learn how to fix the Standard VGA Graphics Adapter driver issue for Windows 7. 2 Jun The Standard VGA Graphics Adapter refers to display hardware on your computer. Some video cards are listed in the Device Manager as Standard VGA Graphics Adapter. Running Standard VGA Graphics Adapter update and installing the latest Drivers for the Graphics Card will resolve this. I believe the cause of this to be Windows not recognizing the GPU, as in Device Manager, it calls it "Standard VGA Graphics Adapter" and the.
9 Mar If you see an entry of “Standard VGA Graphics Adapter” in the category of Display adapters in your device manager, it means that the driver for. 16 Apr If you install Windows on a computer that is using an unsupported video adapter, Windows Setup installs a standard VGA mode driver. Hi all, I'm using DELL Inspiron N 15R laptop with Windows7 Ultimate bit. From last few days everytime i power on my laptop, it gives a.
31 May It wont show up in dxdiag as well.. its just saying standard VGA graphics adapter. Please help me thank you. My specs are these: CPU: AMD. Hi guys, I have a problem when i go to device manager > display adapter and update the "Standard VGA Graphics Adapter its says "Windows. Description, Driver Date, Operating Systems. Acer Inc Graphics & Video Adapter Driver, 11/13/, • Windows 7/Windows Server • Windows 8 • Windows. Read full article:pakinstruments.com adapter/ link -pakinstruments.com Guys if you have problems after this video . Standard VGA graphic*** It means the graphic card not installed.i will show how to install for intel pakinstruments.comad graphic driver from intel pakinstruments.com will fix.
Using either the Radeon or the on-board iGPU, Windows sees only Standard VGA Graphics Adapter. I've re-installed Windows 7 both with and. 19 Aug When using GPUs it is expected to see a “yellow bang” on the Standard VGA Adapter on Windows 7 OS when used with XenServer. So a long time ago after Trump was elected, which was approximately about last week where bad luck came Read More. Use the links on this page to download the latest version of Standard VGA Graphics Adapter drivers. All drivers available for download have been scanned by.
It is not a "real" graphics adapter, it uses System RAM and CPU to process video output and thus doesn't literally allocate "Video RAM". It stores. 16 Jan Solved: I have a problem with this driver Standard VGA Graphics Adapter using DELL INSPIRON 17 , WINDOWS 7 64b bit. PLEASE. Same thing, Standard VGA Graphics Adapter still there, Radeon Graphic card still gone. BFG, i tried both latest Intel IGP i could find, and. 18 Aug The VGA graphics adapter is a video driver for standard VGA monitors . It is the most basic display setup for Windows-based.
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Blockchain, Cryptocurrency, Bitcoin Beginners Course
Free Event with RSVP
Here we explain Bitcoin, the online peer-to-peer currency. We cover the protocol, mining, blockchain and important details without heavy math or technical background needed.
We describe the essence of blockchain technology and how it is uniquely poised to disrupt swaths of industries. In particular, blockchain allows untrusting parties to perform validated transactions between each other. The burden of validation is distributed among the distributed and decentralized network that underlies blockchain technology. As a result, control is more representative of network participants, eliminating the need for a centralized authority or company. Despite its promise as a technology disruptor, the transaction time and fees limit its practical use and application. New innovations in blockchain technology addressing these limitations will be discussed


3Com NBX V3001 Analog Platform
The 3Com NBX V3001 Analog Platform is a full featured IP Telephony solution designed for small and medium sized organizations moving to Voice over Internet Protocol (VoIP) architecture. The NBX V3001 is easy to use, able to scale up to 1500 devices and to support standards-based protocols, including Session Initiation Protocol (SIP). To increase productivity and reduce operating costs, the solution also features a host of integrated applications including voice messaging that provides a voice mailbox with auto-set-up for every user, call center software, Auto Attendant, call reporting, supervisory monitoring and more.
More info >>


Updated: Apr 17
In nearly every home, there is a drawer, cabinet, or box devoted to old and broken electronics and cables. With these piles slowly building up, so do questions about electronic waste and disposal. Therefore, within the past couple of years, the technology community has been facing a pressing new problem: electronic waste (e-waste).
Although consumers are slowing down purchases of physical technological hardware and assets, software acquisitions still have a relationship with e-waste disposal. More specifically, the widespread adoption of the cloud largely affects levels of e-waste within industries. As organizations adopt and integrate the cloud into their daily operations, there is less need for technological hardware to be purchased, repaired, or replaced, but leveraging the cloud also has the potential to wear down hardware faster than previous industry standards. The challenge is to create a future of cloud integrations and technology disposal that limits e-waste and promotes sustainability.
Governments and industries face an additional problem as they look at their modernization journeys: how do they include sustainability in a manner that preserves both the environment, technology enhancements and security?


Model9 announced today its $9.5M Series A funding, led by Intel Capital with participation from existing investors North First Ventures, StageOne Ventures and GlenRock Israel.
Moving forward full force with its critical mission of accelerating digital transformation and adoption of cloud technologies in global 2000 enterprises by modernizing mainframe data management and business intelligence. Gil Peleg, CEO and co-founder at Model9, says that his company’s technology is focused on helping mainframe users get their data to the cloud or other on-prem storage. “Mainframe data is locked behind proprietary storage that is inaccessible to anything that’s happening in the evolving, fast-moving technology world in the cloud. And this is where we come in with patented technology that enables mainframes to read and write data directly to the cloud or any non-mainframe distributed storage system,” Peleg explained.


ARM Technology Symposia
The annual ARM® Technology Symposia are a global series of events where many of our 1000+ ARM Connected Community® members and ecosystem partners come together to share their latest solutions based on the ARM architecture.
Through keynotes, technical presentations, exhibits, and demonstrations, chip designers, system implementation engineers and software developers learn about the latest design strategies, methodologies and tools for building ARM-based products.
In addition to technical content, the ARM Technical Symposia provide attendees with networking opportunities to meet face-to-face with technology experts from ARM and participating partner companies.
Feedback from previous years shows that attendees leave with valuable information and solutions addressing design requirements for various market applications.
Please click on a city to review the details and register:
Bangalore - November 12, 2013
Paris - December 12, 2013


CAT 5 COLOR CODE - Google Sites
Amazon.com: Cat 5 Cables
Through the thousand photographs on the internet regarding cat5 b wiring diagram, selects the very best choices with greatest resolution only for you, and this.
Configuration Diagram Cat 5 Network Cable WiringClick to expand...Free images and information about electrical wire, wiring diagram, circuit diagram, wiring harness,.
Cat5 Wiring Diagram Pdf. Cat5. Automotive Wiring Diagram
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Cat 5 wiring diagram for home networks, security systemsBasic background information regarding the 568A and 568B wiring standards.
Cat5 Wiring Diagram 568a 568b Cable Pinout Free Also On BCrossover Wiring Diagram: CAT 5 crossover cable is used to create 2-node untwisted pair network which can connect two computers.
While 568B is more common than 568A you can use either one as long as the same scheme id used on both ends.Usb Dongles for USB Over CAT5 Connection. also that has the same function as CCTV using PC camera. Three things on running USB over Cat-5 wiring.A simple cat 5 wiring diagram can help us avoid a lot of troubleshooting when it comes to home network wiring.
Cctv block diagram pdf - WordPress.comThis article Explain how to wire cat 5 cat 6 ethernet pinout rj45 wiring diagram with Cat 6 color.
Usb Dongles for USB Over CAT5 Connection - InstructablesMost patch panels and jacks have diagrams with wire color diagrams for the common T568A and T568B wiring standards.
A CAT 5 vs. a Coaxial Cable | Techwalla.comThis Cat 6 cable color code for rj 45 cat 5 wire diagram on ethernet coding with wiring publish depiction meanwhile photos and collection about 50 cat6 cable color.The following CAT5 wiring diagram and crossover cable diagram will teach an installer how to correctly assemble a CAT-5 cable RJ45 connectors for regular network.
An Overview of CAT 6 Plenum Wire - Cat 5 Cat 6 Wiring
Make CAT-5 cable | CrimsonShift
Cctv camera wiring diagram pdf - WordPress.comThis shows how baluns are used in conjunction with cat5 cable to connect a cctv camera to a DVR recorder.
IP cameras use digital video transmission over CAT5 or CAT6 cable. See the diagram below.
Tech Stuff - LAN Wiring and Pinouts - ZYTRAX
Category 5 cable is a twisted pair high signal integrity cable type often referred to as Cat5 or Cat-5.Category 5 cables and category 5 enhanced cables are normal copper 24 AWG, or American wire gauge, wires.Coaxial cable and category 5, usually referred to as CAT 5, both transmit data.
Smart IP Camera Cabling Solutions for long. using existing coaxial cabling or CAT 5 cable.


This article will not be complete without a summary of how it began from the advent of 1G up until 4G.
It all started with the first-generation mobile network (1G) which only gave access to voice communication. Then 2G followed suite with voice and texting option. In 2001, the introduction of 3G came with a big buzz with voice, texting, and a service no one had ever imagined could be added to a phone- Data. The 3G service which was greatly celebrated was short lived as companies were in a hurry to introduce something better and then came 4G.
4G had everything 3G had to offer but the differentiating factor between the 2 was speed, 4G had more speed in terms of voice calls, browsing, video streaming, live calls etc.
It is perceived that the superior connectivity offered by 5G promises to transform every sector you can think of 5G offers the possibility of innovations such as remote surgeries, telemedicine and even remote vital sign monitoring that could save lives.5G is the foundation for realizing the full potential of IoT.
For more insights on 5G and the future, this link below might help in your research.


TensorFlow is Google's new framework for implementing machine learning algorithms using dataflow graphs. Nodes/vertices in the graph represent operations (i.e., mathematical operations, machine learning functions), and the edges represent the tensors, (i.e., multidimensional data arrays, vectors/matrices) communicated between the nodes. Special edges, called control dependencies, can also exist in the graph to denote that the source node must finish executing before the destination node starts executing. Nodes are assigned to computational devices and execute asynchronously and in parallel once all the tensors on their incoming edges becomes available.
It seems like the dataflow model is getting a lot of attention recently and is emerging as a useful abstraction for large-scale distributed systems programming. I had reviewed Naiad dataflow framework earlier. Adopting the dataflow model provides flexiblity to TensorFlow, and as a result, TensorFlow framework can be used to express a wide variety of algorithms, including training and inference algorithms for deep neural network models.
TensorFlow's heterogeneous device supportThe paper makes a big deal about TensorFlow's heterogenous device support, it is even right there in the paper title. The paper says: "A computation expressed using TensorFlow can be executed with little or no change on a wide variety of heterogeneous systems, ranging from mobile devices such as phones and tablets up to large-scale distributed systems of hundreds of machines and thousands of computational devices such as GPU cards."
Wait, what? Why does TensorFlow need to run on wimpy phones?!
The paper says the point is just portability: "Having a single system that can span such a broad range of platforms significantly simplifies the real-world use of machine learning system, as we have found that having separate systems for large-scale training and small-scale deployment leads to significant maintenance burdens and leaky abstractions. TensorFlow computations are expressed as stateful dataflow graphs."
I understand this, yes portability is important for development. But I don't buy this as the explanation. Again, why does TensorFlow, such a powerhorse framework, need to be shoehorned to run on a single wimpy phone?!
I think Google has designed and developed TensorFlow as a Maui-style integrated code-offloading framework for machine learning. What is Maui you ask? (Damn, I don't have a Maui summary in my blog?)
Maui is a system for offloading of smartphone code execution onto backend servers at method-granularity. The system relies on the ability of managed code environment (.NET CLR) to be run on different platforms. By introducing this automatic offloading framework, Maui enables applications that exceed memory/computation limits to run on smartphones in a battery- & bandwidth-efficient manner.
TensorFlow enables cloud backend support for machine learning to the private/device-level machine learning going on in your smartphone. It doesn't make sense for a power-hungry entire TensorFlow program to run on your wimpy smartphone. Your smartphone will be running only certain TensorFlow nodes and modules, the rest of the TensorFlow graph will be running on the Google cloud backend. Such a setup is also great for preserving privacy of your phone while still enabling machine learned insights on your Android.
I will talk about applications of this, but first let me mention this other development about TensorFlow that supports my guess.
Google Opensourced the TensorFlow API in Nov 2015Google opensourced the TensorFlow API and a limited reference implementation (the implementation runs on a single device only) under the Apache 2.0 license in November 2015. This implementation is available at www.tensorflow.org, and has attracted a lot of attention.
Why did Google opensource this project relatively early rather than keeping it proprietary for longer? This is their answer: "We believe that machine learning is a key ingredient to the innovative products and technologies of the future. Research in this area is global and growing fast, but lacks standard tools. By sharing what we believe to be one of the best machine learning toolboxes in the world, we hope to create an open standard for exchanging research ideas and putting machine learning in products."
This supports my guess. TensorFlow's emphasis on heterogeneity is not just for portability. Google is thinking of TensorFlow as an ecosystem. They want developers to adopt TensorFlow, so TensorFlow is used for developing machine learning modules in Android phones and tablets. And then, Google will support/enrich (and find ways to benefit from) these modules by providing backends that run TensorFlow. This is a nice strategy for Google, a machine learning company, to percolate to the machine learning in the Internet of Things domain in general, and the mobile apps market in particular. Google can be the monopoly of Deep learning As A Service (DAAS) provider leveraging the TensorFlow platform.
How can Google benefit from such integration? Take a look at this applications list: "TensorFlow has been used in Google for deploying many machine learning systems into production: including speech recognition, computer vision, robotics, information retrieval, natural language processing, geographic information extraction, and computational drug discovery."
With a mobile-integrated TensorFlow machine-learning system, Google can provide better personal assistant on your smartphone. Watch out Siri, better speech recognition, calendar/activity integration, face recognition, and computer vision is coming. Robotics applications can enable Google to penetrate self-driving car OS, and drone OS markets. And after that can come more transformative globe-spanning physical world sensing & collaboration applications.
With this I rest my case. (I got carried away, I just intended to do a paper review.)
Related linksIn the next decade we will see advances in machine learning coupled with advances in Internet Of Things.
In this talk, Jeff Dean gives a very nice motivation and introduction for Tensorflow.
Here is an annotated summary of the TensorFlow paper.
This post explains why TensorFlow framework is good news for deep learning.


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Additional information There is no additional information available for this article. While the cable was unplugged, we installed the official drivers we found here.
Aten UC232a USB-Serial Interface and Windows 7
Afterwards, we switched to another cable, of a different company, and everything worked as expected. The driver will now usb serial uc-232a installed. June 5, at 8: Troubleshooting We ic-232a around with the configuration parameters, hoping that it was an issue like having the need to add large transmit delay but it did not change anything, the communication with the board was unstable.
How to uninstall the current driver: I will try to connect the console port on N5K tomorrow. We noticed that something was wrong with the process as the terminal would not operate consistently. No I did not find this article helpful.
Usb serial uc-232a article describes the procedure for downloading and installing version 3. January 10, at usb serial uc-232a January 9, at 9: Following, you will find the screenshots from the device manager, after we got the cable working right.
Uuc-232a the option “Delete the driver software for this device” is displayed, select it, then click OK to confirm you want to uninstall the driver.
Same bridge works fine on XP, Windows 8.
Some times keystrokes did not appear on screen, in other times results would not appear correctly they could be truncated or mixed usb serial uc-232a other data and in general, the system acted like it was possessed by a ghost. How to install the bit driver: Leave a Reply Cancel reply.
Microgate – USB-Serial Driver
We played around with the configuration parameters, hoping that it was an issue like serual the need to add large transmit delay but it did not change anything, the communication with the board was unstable.
Contact Us Email Us. No idea where you usb serial uc-232a it usb serial uc-232a but thanks! April 8, at 3: Did you find this article useful? The system was working as expected. Will it just not install at all or are you having problems with AudioCore?
Enter a search term here. This site uses Akismet to reduce spam.
Aten 35cm USB to Serial Converter
March 16, at 1: August 11, at 2: January 13, at 5: These new converters can be recognised by the third character of the serial number, which is printed on the label on the back of the converter. Usb serial uc-232a driver will now be un-installed.
The alternative driver above works a uc-23a.
March 17, at 7: Please email me instead as this comments section on the site does get neglected form time to time!


By Seth Fiegerman, Bloomberg
Google’s DeepMind has developed an artificial intelligence model that uses decades of historical weather conditions to produce accurate 10-day forecasts in less than a minute.
GraphCast outperformed the gold-standard forecasting model from the European Centre for Medium-Range Weather Forecasts on roughly 90% of metrics tested, according to a study, which was published in the journal Science on Tuesday. The model also performed well when predicting the most severe weather, the study showed.
While computer models have long been central to forecasts, the changing climate has made weather events more unpredictable and potentially devastating. DeepMind said its system is able to “predict extreme weather events further into the future than was previously possible,” including tracking the paths of cyclones and anticipating severe temperatures. The AI model relies on decades of weather data and current weather conditions to identify patterns.
“GraphCast takes a significant step forward in AI for weather prediction, offering more accurate and efficient forecasts, and opening paths to support decision-making critical to the needs of our industries and societies,” Rémi Lam, a research scientist at DeepMind, wrote in a blog post Tuesday.
In the study, DeepMind’s team said its model shouldn’t be viewed as a replacement for conventional forecasting models but rather as proof that AI-based weather prediction systems have “potential to complement and improve the current best methods.”
More stories like this are available on bloomberg.com


700A Lithium Jump Starter Up to 7L Petrol & 6L Diesel
AUSTRALIANS SPEND 8 MILLION HOURS ANNUALLY WAITING FOR JUMP-STARTS.
A study undertaken by research firm YouGov found Australian consumers spent $761 million on car batteries and 8 million collective hours waiting for a battery replacement during the last 12 months.
The PLJS700 is an ultra-portable and lightweight external battery is capable of jump-starting 12V vehicles including cars, motorcycles, boats, jet skis and ATVs. Furthermore, it also recharges Smartphones, Tablets, digital cameras, camcorders, GPS and any other 5V DC powered electronic devices.
SMALL BUT MIGHTY.
The PLJS700 is capable of jump-starting:
- Up to 10-cylinder petrol engines - 7000cc or below
- Up to 8-cylinder diesel engines - 6000cc or below
Simular units on the market are limited to only jump starting up to 3L diesel capacity.
SUCCESSFULLY TESTED ON:
- Holden Commodore 6.2L V8 LS3
- Nissan Patrol 4.2L 6 Cyl Turbo Diesel
- Nissan Patrol 4.0L V8 Petrol
- Toyota Landcruiser 76 & 79 Series 4.5L V8 Turbo Diesel
- Toyota Landcruiser 200 Series 4.5L V8 Twin Turbo Diesel
- Dodge Ram 2500 6.7L Cummins Turbo Diesel
- Chevrolet Silverado 2500 6.6 Duramax V8 Turbo Diesel
LONG STAND BY LIFE
The PLJS700 has been designed to ensure it's ready to go when you need it most. When not in use the jump starter will remain charged for up to 9 months and can be to easily recharged by the included 12-volt adapter or from mains power.
CHARGE YOUR MOBILE DEVICES ON THE GO
The PLJS700 can also be used as a portable power bank and features a fast USB charger to charge our mobile phone or tablet when on the go.
BUILT IN PROTECTION CIRCUITRY
The PLJS700 features built-in protection circuitry technology making it ultra-safe. Reverse Polarity Protection protects the user from potentially dangerous scenarios if the cables are accidentally connected to the wrong battery terminals or come into contact with each other.
The PLJS700 is also equipped with:
- Anti spark technology
- Short circuit protection
- Overvoltage protection
- Over-discharge protection
- Reverse polarity protection
- Reverse charge protection
- Over-current protection
- Overheat protection
- Carry case
- Jumper clamps
- Mains 240V charger
- Car 12V car charger
- USB Lead
- Cigarette socket adapter
- Instruction Manual
THE PERCEPTION LIGHTING® GUARANTEE
All Perception Lighting products are manufactured using the highest quality materials. We are so confident that we stand behind this product with a comprehensive 2 Year Australian Warranty.
Be wary of inferior models that use inferior battery technology and offer limited warranties
Battery Capacity 15,000mAh Battery Type Lithium Li-on Standby Time 9-12 Months IP Rating IP65 Battery Cycle Life 1000+ Jump Start Current 700A Operating Temperature -20°C - +60°C USB 5V / 2A Weight 210g Dimensions 135(L) x 78(W) x 15(H)mm Warranty 2 Years


(a laptop and a mobile phone) and to avoid the hassles of running LAN cables around the house.
I have two units of adjacent apartment spaces with two levels each. Using only one wi-fi router won’t be enough to fill at least most of the desired living spaces – our living room, bedrooms, study, and my workshop (where I usually do my repair works).
This kind of problem has once troubled me when a customer had a similar problem regarding the distribution of Internet connection throughout her three-storey house. She has bought a wireless router (which I configured) yet its signal does not even reach her room at the upper floors.
A network professional would have surely know by now the answer to this but of course for tech enthusiasts like me, finding solutions and working on it would be more satisfying.
So, for those who have the same problem as mine, here are some possible solutions:
- Use another wireless router to act as a repeater. You can make use of it to REPEAT the signal from the main router. You need to configure it to work properly. The number of routers may depend on how wide you want your signal to cover your house.
- Make use of access points (AP). These are wireless devices that helps expands your computer network by providing “access” to your wireless device to access your home network. They can either be connected to a wired network or through the wireless interface whichever is more convenient according to your needs.
As for my current situation, here is what I did:
I replaced my aDSL modem with one of those wireless aDSL modem-router (Prolink-H6330G) which I have bought through an online trading channel here in my country. The reason for this is to lessen the power consumption of having two devices managing my network which one device can do on its own. I’m sure my ISP won’t be considerate in providing me with that one.
Then, I bought another wireless router that can serve as a "repeater". I have purchased one from EDIMAX (BR-622N). What’s important to do here is to make sure it is properly configured for it to receive incoming connections from the main router (aDSL modem-router) and repeat the signal to connecting devices.
Lastly, I bought an access point that can serve as a wireless dongle for my old desktop PC located at my workshop. Alternatively, it can serve the same purpose for other computers or devices I may need to plug-in it when I bring home computers for repair. I got one from CDR-King (the cheapest that I can find).
Important notes in configuring routers to serve as repeaters:
Now, I have the freedom to move around the house whenever I want to especially when I look over my kiddos while mommy is away.
So understand, that if you want to broaden your wi-fi router’s signal the way I do, you need to install a device that will repeat or re-broadcast the same signal to another location of your choice. You only need to place them strategically to fill the right places according to your needs.
Aside from repeaters, I heard that you can also make use of wi-fi boosters for this matter though I am currently short in cash to avail and install one. I’ll just give it a try when I got one and share my experience about it next time.


1. To connect Bluetooth to the Audi A4 for music, you will first need to make sure that your phone is Bluetooth enabled.
2. Next, you will need to find the Bluetooth symbol on your car's dashboard. It is typically located near the stereo or climate controls.
3. Once you have found the Bluetooth symbol, press it and then select "pairing."
4. Your phone will then search for devices that are Bluetooth enabled. Select your Audi A4 from the list of devices.
5. If prompted, enter the PIN code 0000.
6. Your phone and car should now be connected and you can listen to music from your phone through the car's speakers.
1. First, you'll need to make sure that your Audi Q5 is equipped with Bluetooth capabilities. If it is, you'll be able to connect to it using your Bluetooth-enabled device.2. To connect, turn on your Audi Q5 and your Bluetooth device. Then, press the Bluetooth button on your Audi Q5 to search for deRead more
1. To connect your iPhone to the Audi Q5 Bluetooth, first make sure that your iPhone is turned on and is in Bluetooth mode.2. Next, find the Bluetooth section on the Audi Q5's dashboard and click on it.3. Then, select the "Add Phone" option and follow the on-screen instructions.4. After your iPhone Read more
Yes, the 2010 Audi Q5 does have Bluetooth. It has the latest version of Bluetooth, which is Bluetooth 3.0. This allows for high-quality audio streaming and hands-free calling. The Audi Q5 also has a built-in microphone, so you can easily take calls without having to fumble with your phone.Read more


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Quantum Systems out of Equilibrium
Thermodynamics and Collective Phenomena
Post-doctoral Research Fellow
Post-doctoral Research Fellow
EPSRC Doctoral Prize Holder
Overview. Our subjects of interest are (mostly) quantum systems such as cold atoms, superconducting circuits or mesoscopic conductors that are driven away from equilibrium. We use theoretical models to explore the behavior of these systems from a thermodynamic perspective with special emphasis on the role of collective phenomena that emerge through interactions between many degrees of freedom. The overarching goal of our research is to help laying the theoretical groundwork for the development of small-scale thermodynamic devices that can be applied in quantum and nano-technologies to generate electric or motive power, provide cooling or recover waste heat.
Quantum Thermal Devices. Classical thermodynamics was developed as a phenomenological theory that describes the equilibrium states of matter and transitions between them on the basis of two fundamental laws. This theory makes it possible to characterize and optimize the operation cycles of macroscopic machines that use or generate heat fluxes such as heat engines and refrigerators. For applications in quantum technologies, such thermal devices must be realized on mesoscopic and atomistic length and energy scales. The modelling of these devices requires entirely new theoretical methods that are applicable far from equilibrium and account for strong thermal and quantum fluctuations. This framework is provided by stochastic and quantum thermodynamics.
The performance of quantum thermal devices is determined by a few figures of merit like efficiency, power and precision. A key aim of our work is to develop a comprehensive picture of the relationships between these figures and universal bounds that constrain them.
To explore the practical performance limits of quantum thermal devices, we use general models and methods from optimal control theory to find driving protocols that maximize their figures of merit. At the same time, we search for new mechanisms of energy conversion that exploit collective effects in many-body systems to enhance the output of thermal machines and investigate possible ways to connect them with other quantum technologies.
Quantum Transport Devices. In macroscopic conductors at high temperature, transport is a stochastic process, where particles undergo ceaseless collisions that randomly change their velocity and direction of motion. Reducing the temperature of a conductor increases the average distance that a particle can travel between two consecutive collisions. Quantum transport sets in when this mean free path becomes comparable to the dimensions of the sample. In this regime, the transport of matter is governed by the laws of quantum mechanics, which give rise to new phenomena such as current quantization and coherent conductance oscillations.
Using scattering theory as our main tool, we investigate the thermodynamics of transport in mesoscopic conductors that are coupled to external reservoirs and may be driven by oscillating electromagnetic fields. We are especially interested in the interplay between dissipation, quantum and thermal fluctuations and collective effects such as Pauli blocking.
Our broader goal is to help providing the conceptual basis for new nano-devices that are driven by electric or heat currents. In particular, we aim to find new strategies to measure and improve the performance of such devices. Potential applications include quantum thermoelectric generators and refrigerators for waste-heat recovery and cooling and quantum motors, which may be used to propel future nano-machines.
J. Eglinton, K. Brandner Geometric bounds on the power of adiabatic thermal machines, Phys. Rev. E 105 L052102.
C. Nill, K. Brandner, B. Olmos, F. Carollo, I. Lesanovsky Many-Body Radiative Decay in Strongly Interacting Rydberg Ensembles, Phys. Rev. Lett. 129 243202.
E. Potanina, C. Flindt, M. Moskalets, K. Brandner Thermodynamic bounds on coherent transport in periodically driven conductors, Phys. Rev. X 11 021013.
P. Menczel, E. Loisa, K. Brandner, C. Flindt Thermodynamic uncertainty relations for coherently driven open quantum systems, J. Phys. A: Math. Theor. 54 314002.
F. Carollo, K. Brandner, I. Lesanovsky Nonequilibrium Many-Body Quantum Engine Driven by Time-Translation Symmetry Breaking, Phys. Rev. Lett. 125 240602.
P. Menczel, C. Flindt, K. Brandner Quantum jump approach to microscopic heat engines,
Phys. Rev. Research 2 033449.
K. Brandner Coherent Transport in Periodically Driven Mesoscopic Conductors: From Scattering Amplitudes to Quantum Thermodynamics, Z. Naturforsch. 75 483.
P. Menczel, C. Flindt, K. Brandner Thermodynamics of cyclic quantum amplifiers, Phys. Rev. A 101 052106.
F. Carollo, F. M. Gambetta, K. Brandner, J. P. Garrahan, I. Lesanovsky Nonequilibrium Quantum Many-Body Rydberg Atom Engine, Phys. Rev. Lett. 124 170602.
K. Brandner, K. Saito Thermodynamic Geometry of Microscopic Heat Engines, Phys. Rev. Lett. 124 040602.
P. Menczel, K. Brandner Limit cycles in periodically driven open quantum systems,
J. Phys. A: Math. Theor. 52 43LT01.
P. Menczel, T. Pyhäranta, C. Flindt, K. Brandner Two-stroke optimization scheme for mesoscopic refrigerators,
Phys. Rev. B 99 224306.
E. Potanina, K. Brandner, C. Flindt Optimization of quantized charge pumping using full counting statistics,
Phys. Rev. B 99 035437.
K. Macieszczak, K. Brandner, J. P. Garrahan Unified Thermodynamic Uncertainty Relations in Linear Response, Phys. Rev. Lett. 121 130601.
K. Brandner, T. Hanazato, K. Saito Thermodynamic Bounds on Precision in Ballistic Multiterminal Transport,
Phys. Rev. Lett. 120, 090601.
A. Deger, K. Brandner, C. Flindt Lee-Yang zeros and large-deviation statistics of a molecular zipper,
Phys. Rev. E 97, 012115.
K. Brandner, V. F. Maisi, J. P. Pekola, J. P. Garrahan, C. Flindt Experimental Determination of Dynamical Lee-Yang Zeros, Phys. Rev. Lett. 118, 180601.
K. Brandner, U. Seifert Periodic thermodynamics of open quantum systems, Phys. Rev. E 93, 062134.
M. Bauer, K. Brandner, U. Seifert Optimal performance of periodically driven, stochastic heat engines under limited control, Phys. Rev. E 93, 042112.
K. Brandner, K. Saito, U. Seifert Thermodynamics of Micro- and Nano-Systems Driven by Periodic Temperature Variations, Phys. Rev. X 5, 031019.
K. Brandner, M. Bauer, M. T. Schmid, U. Seifert Coherence-enhanced efficiency of feedback-driven quantum engines, New J. Phys. 17, 065006.
K. Brandner, U. Seifert, Bound on thermoelectric power in a magnetic field within linear response,
Phys. Rev. E 91, 012121.


Providing that extra level of service and streamlining the existing management of vehicles can be a challenge for residential buildings and short-term stay accommodation.
AI traffic technologies are a set of tools that use artificial intelligence to track, classify and monitor vehicles on roads and highways. These technologies include uses sophisticated algorithms and image recognition techniques, traffic sensors, and computer vision systems.
AI traffic technologies can also be used to detect and predict traffic patterns, helping to reduce congestion, improve safety, and optimize traffic management. With the use of AI traffic technologies, governing bodies are able to better monitor and manage their traffic conditions, helping to improve traffic flow and reduce the risk of accidents.
See Portable Traffic AI System for more information.
Yes. The technology is trained in vehicle classification and can detect cars, buses and the different types of trucks.
Yes. We have created a Portable Traffic AI System that can be moved around as needed.


By Yasuhiro KOIKE - Professor, Department of Applied Physics and Physico-informatics, Faculty of Science and Technology, Keio University. Article courtesy of Japan Nanonet Bulletin
White is not a color. It appears white because of the light scattering. The smaller the size of constituent particles of a substance is, the less light scatters. So, milk could be transparent," says Prof. Koike. Light reflects and refracts with millimeter-sized substances, and it scatters with micrometer-sized substances. However, it does not scatter with nanometer-sized substances; therefore, nanometer-sized substances are transparent. Prof. Koike has overcome the difficulties in dealing with light by reviewing the fundamental principles of light.
A handful of people protested in front of the Eddie Bauer flagship store on Michigan Avenue in Chicaco in May 2005. They were protesting against the company`s use of untested "nano-fibers" in their "nanotex" clothing by showing their painted bodies covered with slogans like: "Plenty of room at the bottom" or "Say the truth about nanotechnology at Eddie Bauer". T.H.O.N.G (To pl ess Humans Organized for natural Genetics) had good media coverage with the action. Since the ETC-Group called for a moratorium on synthetic nanoparticles in the year 2003; a risk debate among experts was launched while in most countries the public debate had not started yet.
The general public attitude towards Nanotechnology is positive but the general knowledge about nanotechnology is poor. More than 54% of the peo pl e in the US know nothing about it. That`s likely to change as nanotech`s potential turns into more products. If these products prove to be more beneficial than hazardous the acceptance will increase. Having learned the lessons from other technology debates (GM, biotechnology and genetic engineering) it`s crucial to understand the general patterns of perception and communication. The following "Ten Commandments" should serve as a guideline to better understanding of public perception and lead to better communication strategies.
By Makoto GONOKAMI, Professor, Department of Applied Physics, Graduate School of Engineering, The University of Tokyo. Article courtesy of Japan Nanonet Bulletin.
Light travels at very high speed in air and other media without losing energy, and therefore it is an ideal carrier of information. At the same time, the storage or retrieval of information with light via a solid material can be difficult. Prof. Gonokami says, "To use light to transmit information, the speed of the photons must be decreased rather than increased. Light travels too fast to be used in real-life applications." Another big problem is that the wavelength of visible light is too long. In order to combine newly discovered phenomena in nanotechnology with optical technology, light must interact with materials in a very small volume. Therefore, technology to either decrease the speed or completely stop photons is required. Prof. Gonokami had the idea of drastically decreasing the speed of light by trapping photons in microspheres with diameters of the same magnitude as the light wavelength in strong electric fields.
This month's science essay is prompted by several questions about nanofactories that I've received over the past few months. I'll discuss the way in which nanofactories combine nanoscale components into large integrated products; the reason why a nanofactory will probably take about an hour to make its weight in product; and how to cool a nanofactory effectively at such high production rates.
In current nanofactory designs, sub-micron components are made at individual workstations and then combined into a product. This requires some engineering above and beyond what would be needed to build a single workstation. Tom Craver, on our [blog], suggested that there might be a transitional step, in which workstations are arranged in a two-dimensional sheet and make a thin sheet of product. The sheet of manufacturing systems would not have to be flat; it could be V-folded, and perhaps a solid product could be pushed out of a V-folded arrangement of sheets. With a narrow folding angle, the product might be extruded at several times the mechanosynthetic deposition rate.
Molecular manufacturing (MM) will be able to build a wide variety of products -- but only if their designs can be specified. [Recent science essays] have explained some reasons why nanofactory products may be relatively easy to design in cases where we know what we want, and only need to enter the design into a CAD program. Extremely dense functionality, strong materials, integrated computers and sensors, and inexpensive full-product rapid prototyping will combine to make product design easier.
Country: Colombia City: Bogota DC Telephone: 57+300+5644260 / 57+1+2355845 Fax: 57+1+2355835 Street Address: Carrera 16 Bis No 50-43 President: Edgar Gonzalez
Founded date: 02-Feb-2005 Web: www.nanocolombia.orgwww.ieee.org/nanocolombia Email:
The National Nanoscience and Nanotechnology Council, is an interdisciplinary group, supported by the IEEE Nanotechnology Council, oriented to participate jointly with the Universities, research and development centers, the Industry and the Government in all activities related to Nanoscience and Nanotechnology in Colombia.
Nanofactories, controlled by computerized blueprints, will be able to build a vast range of high performance products. However, efficient product design will require advanced software.
Different kinds of products will require different approaches to design. Some, such as high-performance supercomputers and advanced medical devices, will be packed with functionality and will require large amounts of research and invention. For these products, the hardest part of design will be knowing what you want to build in the first place. The ability to build test hardware rapidly and inexpensively will make it easier to do the necessary research, but that is not the focus of this essay.
The extremely high performance of the products of molecular manufacturing will make the technology transformative—but it is the potential for fast development that will make it truly disruptive. If it took decades of research to produce breakthrough products, we would have time to adjust. But if breakthrough products can be developed quickly, their effects can pile up too quickly to allow wise policymaking or adjustment. As if that weren't bad enough, the anticipation of rapid development could cause additional problems.


|Date of Birth||January 4, 1973|
|Visa Status||H1B; current one valid till January 2001|
|Education||Bachelor of Technology (BS equivalent) in Computer Science and Engineering from the Indian Institute of Technology, Kharagpur, in 1995 with a GPA of 8.96/10.|
|Contactfirstname.lastname@example.org (914) 761-4257|
|Skills||I have worked on Unix and Windows platforms, developing products ranging from Optimizing Compilers to Graphics modeling tools. For the past 2+ years, my professional work has dealt exclusively with object-oriented design and development using C++. The desire to publish my travel-writing and photography led me to delve into internet technology, leading to the development of my website (http://shortwork.net); though this site hosts only static content, while reading Philip Greenspun's book on Web Publishing, I got interested in the architecture of dynamic and database-backed websites.|
|Professional Career||After graduating in July 1995, I joined IBM India as Software Engineer, where I worked till September 1998. The last 21 months at IBM were spent on a T.J.Watson Research Center project, towards the end of which I was working at the IBM lab at Yorktown Heights, NY. After that, I joined Mobius Management Systems, Rye, NY. Brief descriptions of significant products/projects I have worked on follow.|
Mobius Management Systems develops products for archival and retrieval of massive amounts of documents. I am a member of a team developing server-side software running on Windows. I am getting experience with the database technology involved in indexing large volumes of documents, while continuing to debug, develop, and design object-oriented code.
I worked on a IBM research project that was developing an optimizing compiler to recognize opportunities for parallel execution in serial code (written in C, Fortran, etc), and generate efficient parallel code for execution on an experimental parallel architecture.
My responsibility was the implementation of automatic Parallelization of recursive routines and Array privatization optimizations. Successful performance of these optimizations depended on sophisticated Symbolic anaylsis, which I partly implemented.
Production quality compilers (particularly optimizing compilers) are vastly complicated pieces of software; this one was being collaboratively developed across a number of widely-separated sites - we were able to exploit the modularity of object-oriented development to utilize and integrate each others' work.
Previous to the work at IBM, I had experience in parsing (using Lex and Yacc) and code-generation from thesis work at school.
Before the compilers project, at IBM, I worked on porting the graphics module of
Architecture & Engineering Series, a modeling product, from AIX to
Windows NT. This involved, among other things, porting XWindows calls and
dealing with issues arising out of differences in memory layout across the two