Despite the promise of driverless cars, the technology is not perfect. Driverless cars are not prepared to stop for jaywalking pedestrians, and their computer vision systems are “deeply flawed.” In addition, Lithium-ion batteries are highly combustible, which is problematic for self-driving cars. As a result, these vehicles will likely require human intervention in order to stay safe.
Driverless cars aren’t prepared to stop for jaywalking pedestrians
Uber and other companies that are developing driverless cars have expressed concerns that the technology might burden pedestrians, according to reports by an experienced self-driving car accident lawyer. At the same time, driverless cars pose a novelty problem. People may not behave as naturally around these cars as they do around cars. For example, the company Waymo has encountered pedestrians who purposefully jaywalk. These incidents will only increase the need for autonomous cars.
Until the driverless cars are developed, there will likely be a number of safety issues associated with them. Some people assume they will play nice with other cars, but that assumption may be false. Some tech companies plan to program their vehicles to stop for pedestrians who “misbehave.”
Computer vision systems are “deeply flawed”
The underlying problem with computer vision systems is their ability to integrate sensor data and form a world model. This can be a major hurdle for driverless cars, which rely on computer vision systems to identify objects. Unfortunately, computer vision systems are “deeply flawed” in many respects. While it’s possible to train computer vision systems to be more accurate, the current standard is based on flawed research.
Because the system uses probabilistic reasoning and black box algorithms, it is impossible to prove that it performs better than humans in the same circumstances. It is difficult for engineers to determine whether an algorithm is better or worse than a human in these situations. Additionally, because computer vision systems are based on probabilistic reasoning, they are not tested for errors, omissions, commissions, or misidentification. So, even if an autonomous system does perform better than a human under similar circumstances, it is still not a good idea to deploy it without a human pilot.
Lithium-ion batteries are highly combustible
Fires in electric vehicles have been linked to lithium-ion batteries, which power the car’s electric motors. While other lithium-ion battery uses have generated high-profile fires, incidents in electric vehicles such as Tesla’s have not involved human drivers. Fires in Tesla battery packs are rare, and they cause no serious accidents or damage.
Moreover, lithium-ion batteries can spontaneously erupt, causing the car to burst into flames. This type of fire can be difficult to extinguish and spreads quickly. As more electric vehicles become widespread, these fires will likely become more common. To help combat this risk, companies should be sure to test lithium-ion batteries and install fire-fighting equipment.
They need human intervention to stay safe
According to a mobility expert, “The truth is, self-driving cars still need human intervention to stay safe,” says Jim McPherson, director of research at Waymo, an Alphabet self-driving car division. The company reported that in 2018, its testers intervened 114 times, or about once every 11,017 miles. That’s far from a safe rate.
The report was released before any other company began testing self-driving cars. However, it showed wildly different levels of success since September 2014, when on-road testing began. Although Google drove most of these cars during testing, the report cautioned that most of these tests were conducted during ideal weather conditions. Therefore, the data could be interpreted incorrectly.


Rockchip RK3566 chip is a general-purpose SoC designed for consumer industry applications. The CPU uses a 4-core A55 architecture processor, integrated G52 graphics processor, built-in independent NPU, and runs Android 11 and Linux systems. RK3566 is mainly customized for consumer products such as tablets, screen speakers, Android laptops, and dictionary pens, as well as facial payment POS machines, e-books, cloud terminals, video phones, NAS storage and other industry products.
RK3566 has very powerful video decoding capabilities. Supports high-definition decoding of multiple formats such as 4K H.264/H.265/VP9, and supports simultaneous decoding of multiple video sources, such as 8~10 channels of 1080P30 H264/H265. RK3566 supports HDR10, with excellent color and dynamic range performance. It supports image post-processing, deinterlacing, denoising, color enhancement, and super-resolution. RK3566 uses a new independent JPEG decoding processor to efficiently process multiple small image parsing concurrently, supports 1080p 60fps H.264 and H.265 format encoding, and supports dynamic code rate, frame rate, resolution adjustment, and other functions.
RK3566 has a built-in high-performance ISP, which can provide 8M@30fps processing capability and can be time-divided and multiplexed to meet the needs of dual cameras. Supports HDR function, making images clear even under backlight or strong light conditions. It supports a dual-channel simultaneous zoom output function and noise elimination function, making images even under low-light conditions delicate. RK3566 supports the defogging function, allowing you to see clearly even on hazy days. It supports horizontal correction of LDCH and removes the distortion caused by the Sensor lens. RK3566 supports up to 2 channels of CSI (2Lane) + 1 channel of DVP interface camera input at the same time.
RK3566 has a built-in Rockchip self-developed NPU with a computing power of 0.8Tops, 512 INT8 MAC 128 INT16/FP16/BFP16 MAC Up to 800MHz. Rockchip also provides developers with a simple and easy-to-use model conversion tool RKNN-Toolkit, which supports one-click conversion of Caffe / TensorFlow / TF-Lite / ONNX / PyTorch / Keras / Darknet mainstream architecture models.
RK3566 has rich interface expansion capabilities. Supports a variety of peripheral high-speed interfaces, supports PCIE2.1 1x1Lane, meets 4G/5G, WIFI6, NPU, and other expansion needs, supports up to 4 USB ports, 1xUSB3.0/USB2.0 HOST + 2xUSB2.0 HOST + 1xUSB2.0 OTG. Supports a Gigabit Ethernet port, multi-camera support, supports MIPI CSI 4Lanes, which can be split into two groups of 2x2Lanes for independent use, supports 16bit DVP interface, supports BT1120 input, and supports VC mode. RK3566 has a complete display interface, supports HDMI 2.0 output, supports dual-channel MIPI DSI, can drive a 2.5K LCD screen, supports Eink, can directly drive ink screen, and supports eDp. RK3566 has ample peripheral interfaces, supporting 10x UART, 6x I2C, 16x PWM, 4x SPI, and 4xADC.


PANTHER electronics from CAN bus to complex vehicle dynamics control.
"How about we network all this via CAN?" During the development of the third PANTHER generation, which will be launched in 2003, Rudolf Aichinger brings up the automotive bus system. He refers to the increasing number of electronic components in vehicles (controllers, sensors, displays, etc.) and sees how the cable harnesses are growing sky high. The CAN bus provides a remedy; he and his colleagues in engineering have already learned that with the SIMBA airport fire-fighting vehicle and the AT municipal flagship. The technology is being transferred to the PANTHER and more and more electronic features are being implemented.
Diagnosis at the push a button
Even the first PANTHER generation had a control panel for operating the pump and foam proportioning system, as well as electronically controlled throwers. Now, the light towers and power generators, reels or other equipment installed in the vehicle can also be controlled via the Rosenbauer Logic Control System. Since they now constantly transmit their operating status via the CAN bus, a diagnostic tool can be developed to read out the most important parameters at the touch of a button, automatically generate error messages, and be used for maintenance purposes. The vehicles are also equipped with a telematics module and, when activated, send the generated data to a secure service portal via which customers can set up their complete fleet management (Connected Fleet).
Chassis electronics learned
With the development of the first proprietary chassis for the PANTHER, the subject of chassis electronics is also becoming ripe for discussion at Rosenbauer. While the technicians are moving in familiar territory with the digitization of the superstructure and firefighting technology, they are entering completely new territory with the chassis. Driving functions, drive control, displays in the driver's cluster instrument cluster, everything that is automatically purchased as electronics in the series-production chassis must now be programmed and implemented by the engineers themselves.
At the same time, customers are increasingly demanding the use of modern assistance systems in airport firefighting vehicles. More and more of these are available from the third PANTHER generation onwards: Anti-lock braking system (ABS), tire pressure control system, power windows, and subsequently also an airbag system, a digital external fuel gauge and a reversing system with display of dynamic auxiliary lines, to name just a few.
Rosenbauer is also developing its own systems for the PANTHER to increase driving safety and support the driver: An electronic warning system (Driver Warning Device), which measures the vehicle's inclination as well as the axial lateral and longitudinal forces acting on the vehicle and reports to the driver when critical values are reached; a navigation and positioning system with thermal imaging vision support (Driver Enhanced Vision System), which provides accurate information on the approach route to the scene at night or in poor visibility; and an electronic stability control system based on the electronic braking system (EBS), which will subsequently be further developed into a full ESC (Electronic Stability Control) system that actively intervenes when the vehicle is oversteering or understeering. A world premiere in the field of heavy all-wheel drive vehicles.
The high-tech cabin at a glance.
Operation by joystick.
Insight into the instrument cluster.
Display and operator-optimized dashboard.
Back-lighted turret control with extinguishing agent indicator.
Electronic Stability Control
In addition to the design advantages of the PANTHER, the Electronic Stability Control (ESC) provides additional safety during extreme driving maneuvers.


As vehicle electrical systems become more sophisticated with the addition of advanced technologies, upgrading the car alternator may be necessary to meet increased power demands. In this article, we explore the benefits, considerations, and steps involved in upgrading your car alternator:
Increased Electrical Demands:
Modern vehicles often come equipped with various power-hungry accessories, including high-powered audio systems, advanced lighting setups, aftermarket electronics, or added electrical components. These additions can place a strain on the stock alternator, potentially leading to insufficient power supply and battery drainage.
Benefits of Upgrading:
Upgrading the car alternator offers several benefits, such as increased power output, improved electrical stability, enhanced charging capabilities for auxiliary batteries, and the ability to support additional electrical accessories without compromising performance. An upgraded alternator ensures that all electrical components receive adequate power, reducing the risk of electrical system issues.
Choosing the Right Alternator:
Selecting the appropriate alternator for your vehicle involves considering factors such as power output, voltage compatibility, mounting compatibility, and electrical system compatibility. It is crucial to consult with a reputable alternator supplier or a professional mechanic who can guide you in choosing the right alternator for your specific needs and vehicle model.
Upgrading the car alternator typically requires professional installation, especially if it involves electrical system modifications or compatibility considerations. Professional mechanics possess the expertise and tools to ensure proper installation, including proper wiring, electrical connections, and system calibration.
In some cases, upgrading the alternator may necessitate supporting modifications, such as upgrading the battery or electrical wiring to handle the increased power output. These modifications may be recommended by the alternator manufacturer or a professional installer to ensure optimal performance and system integrity.
System Testing and Calibration:
After the installation, it is essential to test the upgraded alternator and alternator scrap price the proper functioning of the electrical system. This may involve checking voltage output, current levels, and system performance under different loads to ensure reliable operation.
Maintenance and Longevity:
To maximize the lifespan and performance of the upgraded alternator, regular maintenance is crucial. This includes inspecting electrical connections, checking the tension and condition of the alternator belt, and periodically testing the alternator’s output voltage and current.
Upgrading your car’s alternator can provide the power needed to support increased electrical demands while maintaining the integrity and stability of the electrical system. By choosing the right alternator and ensuring professional installation, you can enjoy a reliable and efficient electrical system that meets the demands of modern vehicle accessories and technologies.


Hanwha Q Cells
Q Cells G3 solar modules are the gold medalists in one of the toughest competitions in the solar industry – the modern module pentathlon. With high performance, state-of-the-art technology, outstanding design and rigorous testing, you are betting on a strong brand. Backed by an extended 12-year product warranty and one of the best linear performance warranties on the market.
Outstanding Performance - Optimal Reliability
The Q.PRO-G3 is the reliable best seller of Q CELLS for just about every application. This polycrystalline high performance module with performance classes up to 265 Wp is the successor of the best polycrystalline solar module* (according to the yield test conducted by the renowned specialist journal PHOTON in 2013). The Q.PRO-G3 provides excellent output values and maximum reliability.
In the G3 version Q CELLS’ innovative Q.ANTUM technology is used in the higher performance classes of the Q.PRO-G3. This guarantees maximum energy yields under real conditions - even under low irradiance, such as, for example, at sunrise and sunset or in overcast weather.
- Rooftop arrays on residential buildings
- Rooftop arrays on commercial / industrial buildings
- Ground-mounted solar power plant
|Type||Polycrystalline 60-cell module|
|Output||Up to 270 Wp|
|Efficiency||Up to 16.2 %|
|Sorting||+5 / -0 W|
- High performance classes thanks to Q.ANTUM cell technology
- 98% nominal performance in low-light conditions (200 W/m²)
- High safety due to a breathable, ammonia-resistant junction box and robust connectors
- Tested for wind and snow loads up to 5,400 Pa
- Up to 31% reduction in logistics and storage costs thanks to slender design with 35 mm frame
- Easy installation with a weight of just 19 kg
Wide range of Q Cells solar panels available
We are able to supply a wide range of Q Cells solar panels.
For more information, please contact us.
* The Q.PRO-G2 235 was the best polycrystalline solar module in the PHOTON Yield Test 2013. 151 different PV modules from 119 manufacturers were tested.


Piedmont Communications has began the process of replacing its copper network with a state-of-the-art fiber optic network that will carry communication services using light waves instead of electricity. Our new network with its amazing capabilities is called Fiber Connect. In the communications industry, such networks are known as Fiber-to-the-Home or FTTH. FTTH is the most advanced communication system available in the world today, and will be the technology relied upon worldwide to deliver communications in the future.
Although our current copper network has allowed us to offer superior quality communication services, copper networks (like ours or those offered by cable companies) will soon be unable to provide the bandwidth necessary to offer new, exciting technologies like 1 GB internet service, HD streaming video, advanced voice services, and many others.
While many communications providers brag about utilizing “fiber” in their networks, unless they provide it all the way to the home, they do not compare. Piedmont Communications is providing High Speed Fiber Optics all the way to your home with Fiber Connect. This will give our customers High Speed Residential Internet service that is the most reliable and highest quality possible.
*RVA, LLC home owner and developer survey and research commissioned by the FTTH Council, 2009.
Don’t mistake the claims of some companies who say they have an “enhanced fiber optic network”. What they have is a hybrid connection mixing a single fiber line with the aging technology of coaxial cable. What’s the difference? Fiber-to-the-Home is a 100% fiber optic connection made directly to your home or business with the ability to carry large quantities of data an enormous distance—much faster.
Fiber technology delivers clear advantages over standard coaxial cable:
*Refers to wired connection. Wireless service or multiple devices connected to the internet require a router.
Fiber optic cable is a bundle of fiber optic threads made of pure glass each about the diameter of a human hair. Fiber optic cable uses light instead of electricity to carry a digital data signal. Therefore it is able to transmit information at virtually unlimited speed and capacity (higher bandwidth).
Optical fiber is unique because it can carry a high-bandwidth signal enormous distances. The longer the distance the signal travels on copper or coaxial cable, the lower the bandwidth. Fiber networks can also be upgraded by changing the electronics or using different lasers that increase the bandwidth without changing the fiber itself. That’s why fiber networks are said to be “future proof.”
Standard costs for a Fiber Connect installation are typically $400 or more. At this time we are waiving costs for standard installation and activation to our current customers and to new customers if two or more services are subscribed from Piedmont Communications. (Services include Phone with TV or Broadband)
No. Fiber Connect will not increase telephone rates unless you choose an upgraded service. Over the long term, the lower maintenance costs and increased capacity afforded by fiber should provide rate stability. We will also be able to offer more service options for very little, if no additional cost.
No. Fiber Connect Customers will notice an improvement in the quality, reliability, and stability of their services.
Though we will dig a trench across your yard to provide you with a Fiber connection, our goal is to treat your property as if it were our own. We will select contractors who have that same respect and who will be responsible to promptly restore your property to a condition as close to original as possible.


TCM-A1620FC Analog HD Resolution Bullet Camera Full Color With powerful ability to capture details in low lighting comes from specific breakthroughs in hardware technologies, that is advanced lenses and high-performance sensors. Colorful imaging technology that helps cameras render vivid video 24/7.
|2.0 MP HD Resolution 1920 x 1080 Full Color
|1/2.9″ CMOS Sensor, TVI, CVI, AHD, CVBS
|Low Illumination, WDR, 3DNR, Defog Low Illumination, WDR, 3DNR, Defog
|Wide Dynamic Range


In addition to listing all iOS devices, this plugin lets you deploy IPA files from anywhere (in Jenkins build via a build step or outside via CLI) to any of the connected iOS devices.
There are still some loose-ends that I’d like to get some feedback on:
- You should be able to select a device without electing a specific UDID, and I’m curious what kind of criteria people needs here. Do you need to be able to say “deploy my app on iPad2 with 16GB memory”, or is “deploy my app to an available iPad” suffice?
- For this to be useful for automated test execution. I think we need to be able to launch the app (and I assume the tests embedded in the app itself will run and shuts itself down in the end?) How do people do it?
- Don’t we need to inject the coordinates of the actual device the app was deployed to, so that your build can do more stuff with it?
- What are other interesting operations to devices. File access? Screenshot?
Anyway, the plugin is already released. I hope you find it useful.


Radio-frequency identification chips, or RFID chips, might have been used across multiple sectors but the uptake in medical settings has been slow despite the benefits. But they are an important piece of technology that hospitals should be taking advantage of, with cost and time saving advantages to consider.
After the Department of Health announced incoming GS1 standards in 2014 across NHS Trusts in England, with a view for the standards to be fully integrated within the next couple of years, RFID chips are set to become even more important in a hospital setting. In order to be compliant, many trusts will need to overhaul the way they use barcodes but adopting RFID chips as an alternative is a better investment in the long term.
With the ability to replace barcoding completely and successfully, RFID chips offer a cost effective, productive way automatically and manually scan instruments throughout their cycle. The implementation of RFID chips give hospitals the power to control and track a range of items and tray sets with confidence and have data right at their fingertips.
While barcodes require members of staff to scan items, meaning that there is potential for human error, RFID can automatically capture and store information. Even through sterile packaging, RFID can register the items it needs to scan, while placing RFID portal readers at strategic points within a hospital allows for real-time, automatic information to be logged. The size and complex nature of hospitals means that this data can prove invaluable.
It’s not just tracking pieces of equipment that the technology can be applied to either. The data provided can be used to ensure consistent supply, patient identification, trace prescription drugs, and much more, all of which can be adapted to suit each individual hospital’s needs.
Among the ways hospitals can directly benefit from introducing RFID chips are:
Eliminating human error – Staff may mistakenly scan items or miss them out altogether. Thanks to automatic capabilities, RFID tech eliminates human error but can be switched to manual scanning when necessary, providing flexibility.
Making cost savings – All NHS Trusts are under pressure to make budget savings and RFID offers a way for trusts to save, on average, £3 million a year. The initial costs of RFID are higher than barcoding but the investment is more than made back in a relatively short space of time.
Improving patient care – The real-time information and ability to quickly identify patients and then access their records can improve patient care. With more data at their fingertips, employees will be able to make more informed decisions.
Time savings – The time spent scanning items manually quickly adds up. RFID implementation allows staff to focus on other areas, better using their skills. This not only supports the cost saving benefit but can mean you’re able to provide better frontline care too.


The iPad, by Apple Inc., is easily one of the best-selling tablets in the world, having sold more than 121 million devices since its release in 2010. Alongside tablets from Google, Samsung, and ASUS, the iPad line is considered the best tablet available.
According to TechRadar, the fourth-generation iPad (iPad 4) is the best tablet on the market today because of its display, the application library, and the reliability of its operating system. CNET also rates the iPad 4 as the best in the market, though it focuses more on the device’s hardware. Is the iPad really the best tablet on the market and, if so, why?
Under the Hood
The iPad 4 possesses a 1.4Ghz, dual-core processor custom-made by Apple for the iPad 4 as well as a quad-core integrated graphics processor. Its 1 GB of RAM, 16-128 GB of flash storage, 1.2 MP front camera and 5 MP rear camera, and its 2,048 x 1,536 resolution display with 256 pixels-per-inch make this a solid tablet though at a steep $500-$800, depending on storage capacity.
ASUS Transformer Infinity
By comparison, the ASUS Transformer Pad Infinity TF700T possesses a 1.6Ghz, quad-core processor with an integrated 12-core graphics processor, 1 GB of RAM, 32-64 GB of flash storage, and a 2 MP front camera and 8 MP rear camera, though it does suffer from a smaller display and lower pixel density. Additionally, the TF700T also performs better than the iPad 4, at a cost of $430 for the 32 GB of storage compared to the iPad 4’s $600 price tag for the same storage capacity.
Samsung Galaxy Note
Similarly, the Galaxy Note 10.1 by Samsung possesses a 1.4Ghz, quad-core processor with an additional quad-core GPU. The display is significantly inferior to the iPad 4 or TF700T, though it carries 2 GB of RAM and 1.9 MP front and 5 MP rear cameras. At $500 for 32 GB of storage, it is much less expensive than the iPad 4.
With a slightly superior CPU, a significantly superior GPU, a substantially superior display, slightly superior cameras, twice as much RAM as the iPad 4, and at $500 compared to the iPad 4’s $600 price for the 32 GB model, Google’s Nexus 10 also seems to be superior to the iPad 4.
How does the iPad Beat its Competitors?
The iPad 4 is more expensive and comes to the table with less under the hood than its largest competitors, so why does the iPad sell so much more? The answer seems to be its application library. Android applications are not always listed in a central database. Additionally, Android is largely open-source whereas Apple is not. The openness of Android allows many vendors to design a variety of different devices with different hardware. This means that an application that is designed for one device may not work, or not work as well, on a different device with different hardware. While open-source is generally more secure and reliable than its closed-source counterparts, it seems that a centralized application database or application search engine – similar to Synaptic for the Debian OS – may positively affect the reception of the Android tablets.
Daniel Fontaine is a freelancer who focuses on gadgets, gadget insurance, computer software and hardware, technology and other assorted topics. Those who’d like computer accessories should consider kensington ipad bluetooth keyboard at kensington.com.


The POD-X4 Automotive Jump Starter will not only jump starts any car, truck, motorcycle, or motorsport vehicles, it also powers and charges your electronic devices, such as laptops, iPods, iPads, tablets, cell phones, GPS units, PSPs, MP3 Players, Bluetooth devices and more.
2 Adapter Cables
1 Home Charger
1 Car Charger
8 Notebook Connectors
1 Jumper Cable w/ Clamps
1 2.1mm Cable
Before using this product, read the manual and follow all Safety Rules and Operational Instructions.
1. Do not reverse the jump-start operating procedures.
2. Stop using the jump starter if battery indicator is less than 3 bars to prevent damage to the unit.
3. Remove the jump starter cables from the battery terminal within 30 seconds after the engine is started.
*Not for diesel engines*
Each POD-X4 has the following key specifications:
- Size: 6.3 x 3 x 1 inch
- Weight: 1 lb
- Output: 5V 2A; 12V 10A; 19V 3.5A
- Input: 12V 1A
- Full charging time: 3 hours
- Starting current: 200A
- Peak current: 400A
- Operating temperature: -20°C ~ 60°C


When delivering predictable clinical results depends on raising skin temperature, eliminate the guesswork with the LumiCam thermal imaging system. LumiCam is the most advanced and versatile diagnostic tool available for a range of aesthetic procedures. Powered by High Definition Thermal Imaging, or HDTI, the system employs the ToughCam Pro and provides an FDA approved, mobile solution for real time temperature feedback and thermal mapping of the treatment area, displaying it in high definition on an integrated 19-inch monitor.
TriPollar-LumiCamHD combines the latest innovation in radio-frequency technology with the most advanced thermal imaging technology on the market, ensuring accuracy and clarity with every anti-aging, body contouring and cellulite treatment. Thermal imaging and real time temperature feedback allow the therapeutic window to be reached safely and effectively while ensuring that there is homogenous delivery of energy.
Optimum temperature window for successful results: 40 degrees to 42 degrees Celsius for facial skin tightening and 42 degrees to 44 degrees Celsius for body treatments
- Real time temperature feedback
- High Definition Thermal Imaging on 19in mobile display
- Visual validation for the patient
- 3D rendering
- Resolution – 160 x 120
- Detector Type – Microbolmeter
- Wave Length – Long Wave
- Spectral Range – 7 .14 um
- Field of View – 21.1” x 15.8”
- Field of View – 1.3 mrad
- Minimum Focus Distance – 6” (152.4mm) to infinity
- Temperature Range – 20 C to 800 C (-4 F to 1112 F) optional 1000 C
- Image Refresh Frequency – 60Hz (NTSC) or 50Hz (PAL)
- Display – High- resolution color 2.8” (71.12 mm) LCD
- Interfaces – USB
- Power – 10-14V power supply provided
- Battery – Rechargeable Li-ion
- Operating Temperature – -20 C to 50 C (-4 F to 122 F)
- Dimensions – 9.5”L x 3”W x 2.5”H
- Weight – 19 oz.
- Laser Included – Yes
- Visible Camera Included – Yes
- Auto-tracking Included – Yes
- Temperature Measurement Points
Display Stand Dimensions:
- Base – 24” diameter
- Min. Height – 46”
- Max. Height – 68”
- Weight – 13 lbs.


The last decade has seen rapid strides in Artificial Intelligence (AI) moving from being a fantasy to a reality that is a part of each one of our lives, embedded in various technologies. A catalyst of this rapid uptake has been the enormous success of deep learning methods for addressing problems in various domains including computer vision, natural language processing, and speech understanding. However, as AI makes its way into risk-sensitive and safety-critical applications such as healthcare, autonomous navigation and finance, it is essential for AI models to not only make predictions but also be able to explain their predictions. This tutorial will introduce the audience to this increasingly important area of explainable AI, as well as describe most popularly used methods for explaining deep neural network models.
Vineeth N Balasubramanian
Associate Professor, IIT-H


Saturday, December 22, 2012
Internet Control Message Protocol (ICMP)
Labels: Computer Networks
IP is always configured with a companion protocol, known as the Internet Control Message Protocol (ICMP), that defines a collection of error messages that are sent back to the source host whenever a router or host is unable to process an IP datagram successfully. For example, ICMP defines error messages indicating that the destination host is unreachable (perhaps due to a link failure), that the reassembly process failed, that the TTL had reached 0, that the IP header checksum failed, and so on.
ICMP also defines a handful of control messages that a router can send back to a source host. One of the most useful control messages, called an ICMP-Redirect, tells the source host that there is a better route to the destination.
ICMP is the basis for widely used debugging tools, Ping. Ping uses ICMP echo messages to determine if a node is reachable and alive.
Computer Networks: Peterson & Davie


Our Impact on Latest Projects
Some of our finest projects achieved through these years are showcased as below. The projects are implemented on real-time and it is complicated to evaluate. With our effective team and better knowledge, we achieved a mile stone in various aspects of research.
A 3D rendered model of latest project in the chemical processing industrial plant. This operational model is successfully implemented on the industry without an error through our modelling and simulation research experts on "Solid Works" software.
Softwares:- Solidworks, Catia, Autodesk Inventor, Autocad
Simulation of Electric Drives
A 3D rendered model is created on "Solid Works" design software and analyze the effectiveness of the drive system through "Simulink and FEM simulations". FEM analysis is done with the "Ansys” products and Simulink is done with "Matlab" software.
Softwares:- Ansys Electronics, Simulink, Xilinx, HFSS, Matlab
Optimal Daylighting in Building
One of our finest architectural engineering works is the daylighting analysis is industrial building using of "Velux Daylight Visualizer 2" software. Our technical expert is well equipped with latest updates in software and current trends in research.
Softwares:- Velux, Radiance, Daysim, Ecotect
Finite Element Analysis
Analysis of material properties through finite element modelling and analysis under various property constraints. The model is valid under different operating condition and accurate measurements are taken for better material evaluation.
Softwares:- Ansys Mechanical, CFD, Fluid Dynamics, Solidworks


Màn hình cong LG 45GR95QE-B OLED WQHD 240Hz chuyên game
Tình trạng: Mới 100% - Fullbox
Bảo hành : 24 Tháng
The Blinding Speed You Need
Get wrapped up in the action with the huge 45” 21:9 LG UltraGear™ monitor and the stunning picture quality of LG OLED technology. Gain a competitive advantage with an unprecedented 240Hz refresh rate and 0.03ms response time on an OLED. And with an 800R dramatic, sweeping curved OLED display, you’ll feel enveloped in the action from nearly every angle.
Get Into The Action Like Never Before
With a huge 45” display, 21:9 aspect ratio and a dramatic curved OLED screen, you’ll feel like you’re actually in the game. Experience next-level gaming performance with LG UltraGear OLED.
The World’s First 240Hz Refresh Rate OLED Monitor
Gear up for smooth gameplay with an ultra-fast 240Hz OLED display. The faster speed lets you respond quickly to opponents and stay a step ahead of the competition.
*Dramatization for illustrative purposes only.
Leave Lag Behind
Enjoy smoother scenes with less lag or ghosting thanks to LG UltraGear OLED's nearly instantaneous 0.03ms (GtG) response time.
Level Up With An Impeccable Picture
Don’t compromise quality for speed—the LG UltraGear OLED screen delivers a 1,500,000:1 contrast ratio for a deep, detailed quality picture and a lifelike gaming experience.
Big Screen. Bold Color.
Bring big time color to the big screen. The LG UltraGear OLED 45” curved display lets you explore HDR content the way it was meant to be seen with DCI-P3 98.5%**—an elevated color spectrum that showcases brilliant color.
Keep Your Eyes
On The Game
Play with less distractions thanks to an anti-glare screen that minimizes light reflections and lets you concentrate on winning.
Technology Focused On Fluid Gaming
Serious Connection Options For Serious Gamers
Enjoy smoother, vivid colors and high-resolution graphics thanks to HDMI 2.1 and DisplayPort 1.4. Both connections are supported on this display and let you experience up to 240Hz refresh rate.**
**Graphics card that supports DisplayPort 1.4 or HDMI 2.1 are required to achieve up to 240Hz refresh rate support. Graphics card sold separately.
Designed For The Win
Lose yourself in the game with a virtually borderless, ultra-thin design that optimizes space within your battlestation. Easily make height, tilt and swivel adjustments to the display to be able to see and play exactly to your specs
Amp Up Your Game
DTS® Headphone:X®** provides accurate spatialization and localization in games for 3D audio over headphones. Supports channel-based, scene based, and object-based audio. Plus, a 4-pole headphone jack lets you carry a stereo headphone signal and mono microphone signal with common ground.
|Kích thước (Inch)
|Độ phân giải
|3440 x 1440
|Tỷ lệ màn hình
|Gam màu (Thông thường)
|DCI-P3 98.5% (CIE1976)
|Độ sâu màu (Số màu)
|1,07 tỷ màu
|Thời gian phản hồi
|Kiểu tấm nền
|Tốc độ làm mới (Tối đa) [Hz]
|Tương thích G-SYNC
|Chiếu sáng LED RGB
|Chiếu sáng Hexagon
|HDMI, DP 1.4, USB
|Kích thước có chân đỡ (R x C x S)
|992,7 x 647,7 x 362,5 (Lên)
992,7 x 537,7 x 362,5 (Xuống)
|Trọng lượng có chân đỡ
|Dây HDMI,dây USB,Bộ giữ cáp, tua vít,dây DP, bộ điều khiển từ xa


The Volvo 240 has a very modular approach when it comes to dashboard switches. This system was introduced with the 1973 Volvo 140 facelift dashboard, which was partly was carried over to the 240.
Switches of the exact same size and type were also used in commercial vehicles and the Volvo 340/360. Jon-Erik has a list with the different types. A whole bunch of third party switches were also available, I remember back in the 80’s when all car parts stores had an assortment of 240 switches.
This post will cover the connectors of the switches and their background lighting (if any). It’s actually quite a mess with a mix of flat pins and round pins. Luckily they’re quite standard and easy to get hold of:
- The flat pins are standard 6.3 mm/0.250″.
- The round pins are actually the same type as used in the 4-pin Molex power connector that connects to IDE-drives in PC:s, 2.13 mm/0.84″
Depending of the application of the switch, the number of pins vary. Below is an example of on/off switches with the exact same functionality, however one has round pins and the other has flat pins.
To the left is a black funky looking connector, this is used by the hazard switch and therefore has six sockets. For obvious reasons, only two sockets will be used; the one with a white/green lead and the white lead. This type of connector is only (to my knowledge) available in black and I think it’s the only one available for switches with round pins. A tips is to source the from the hazard switches in the junk yard.
To the right is an L-shaped connector with flat sockets. This type is common and is available in black as well. Another usage of this connector is for the fasten seatbelt connections under the seats. Can be found behind rear demist and foglight switches.
Note that the lamp holders also differ – the left one has two flat pins, the right one has only one flat pin. More an that later.
Above is the connector connected to the switch with round pins. This connector is found Power should be inputted on the upper round pin (marked ”+”), and output will come from the lower round pin (marked ”S”) when switched on. To make the button light up, you’ll in most cases have to create a small jumper cable between power output and one of the flat pins on the lamp holder. Then you’ll have to ground the other flat pin.
Above is the switch with flat pins. As on the one with round pins, the upper flat pin is power in (marked ”+”), and the one below is power out (marked ”S”). Now look at the lamp holder, it only has one flat pin that in most cases would be connected to ground. The jumper cable I mentioned for the other switch isn’t needed on this switch, since it has an internal connection.
The lamp holder was removed to show that there’s a metal part in the hole where the holder goes. It’s this part that is internally connected to the output pin (”S”).
As a bonus, the power window switches that was used 1973-1980. I haven’t found seen what connector this switch officially ses, but I do know that the connector used by the hazard switch fits perfectly! I’m starting to believe that the ”hazard connector” is used by all switches with round pins.


Where mechanical and electrical engineering, computing technology, automated control and information systems intersect are graduates from the mechatronics engineering technology program based at PennWest California.
“Making robots is a really common application for mechatronics,” said Dr. Jennifer Wilburn, chair of the Department of Applied Engineering, Technology and Physics. “Because we are located in southwestern Pennsylvania, we focus on advanced manufacturing, because we have a lot of manufacturing jobs. Our students want jobs when they’re done.”
Wilburn helped to build the mechatronics engineering technology program, which launched in 2013 as the first hands-on, technology-focused, four-year program of its kind in Pennsylvania’s State System of Higher Education.
One highlight is the Industrial Advisory Board, a key component to ensuring the program is accredited by the Engineering Technology Accreditation Commission of the Accreditation Board for Engineering and Technology.
Member businesses provide input into the program in order to ensure graduates are workforce ready. Some sponsor the students’ senior projects.
“Businesses come to us with problems in their production process that maybe aren’t big enough for a contractor to pick up,” Wilburn says. “Maybe it’s not urgent, but it’s something they would like to address.”
The business provides the parts and a mentor. Students flesh out the complexities and design a solution. Final designs are presented to the Industrial Advisory Board before students graduate.
Julietta Maffeo ’22 and her team presented their project in partnership with DMI Companies, a leader in HVAC products and services. They wheeled their label applicator for ceiling radiation dampers from the classroom to a truck for delivery to the company’s production floor. The project eliminates drying time and labor on more than a million parts produced each year.
“What DMI seemed to like about me is that I knew the manufacturing side and engineering side as well,” said Maffeo, who also studied electrical engineering technology and now works for DMI as an automation engineer. “I had hands-on experience with programmable logic controllers and automation equipment – stepper motors, robotics and circuit design.”
Maffeo returned to California last fall as an industry partner and guest presenter on AutoCAD Electrical, a product that is important in understanding electrical drawings.
“It works out well for the students,” Wilburn said. “They get feedback from the industry and the durable skills they will need in the workforce.”


Quality Realism Affordability
Antycip Simulation, a subsidiary of ST Electronics (Training & Simulation Systems) Pte Ltd., is the European leader in the provision of independent modelling and simulation COTS tools, projection systems and related engineering services.
Appen, the world's leading provider of high-end text, speech and language technology resources. Viswire is the sole distributor of their databases in India.
International Development of Technology, Netherlands
Viswire works in close co-operation with (IDT) ., who is a leading integrator of simulation technologies. With IDT, we are able to provide the visual solution, integrated into the visual or even the complete full-motion simulation environment.
Quanser is the world leader in the design and manufacture of advanced systems for real-time control design and implementation used in education and research.
Ramco Systems, part of the USD 800 million Ramco Group, has delivered enterprise software and services since 1989. Today, Ramco is a global provider serving over 100,000 users with more than 1,800 employees operating out of 18 offices in 9 countries.
Realtime Technologies Inc.( AROTECH - FAAC ) USA
RTI specializes in real time multi body vehicle dynamics and graphical simulation and modeling. RTI provides software and hardware for custom engineered vehicle simulators used by universities and automotive engineers for a variety of research and development projects, in addition to desktop software simulation applications and consulting services.
Trian Graphics, Germany
Trian Graphics is the expert in terrain generation and visualization in Europe. Besides the company’s COTS Trian3D Builder products, the company also offers customers services including modeling terrains and 3D geometries and computer graphics software development. Flexibility, efficiency and affordability are the company’s key mottoes in providing customers, no matter their size, with custom, state-of-the-art solutions.


Bloomberg Gets It Wrong on the $25 Million Dollar Cell Phone Cancer Study
June 10, 2016 Letter to Bloomberg
Contrary to Faye Flams’ comments in Bloomberg’s May 27, 2016 article, the National Toxicology Cell Phone Radiation Rodent study is not “just another study” with “just a few rats.” It is the world’s largest study of its kind to date. The results are not, as Flam stated, “hard to interpret.”
Acknowledging the validity of the NTP results, American Cancer Society Vice President Otis Brawley speculates that newer phone technology than what was tested by the NTP might prove safer as it involves lower-power. However, these untested new devices also involve greater variations in pulsed signaling in comparison to those studied by the NTP. Experimental studies indicate that the pulse of the signals may well prove to be more biologically important than their power. With multiple exposures to multiple devices (each of which can have many antennas) taking place in schools around the world, the combined effect of such microwave radiation exposures is a matter of serious concern, especially in light of these new findings from the nation’s premiere test program. Animals that served as controls in the NTP study of cell phone radiation had the same food, lighting and housing designed to block all forms of electromagnetic radiation, as those that were exposed to the radiation. Yet not a single one of these controls developed the rare tumors that were increased in the exposed animals.
The fact that historical controls had a few of these cancer is not relevant to this new NTP study and may well reflect the fact that they lived in housing without such radiation blocking materials.
Cancers found in the NTP rats parallel the same types of tumors found in epidemiological studies on humans. Several research studies show increased risks for gliomas and schwannomas after long-term use of cell phones. As the NTP stated, “These findings appear to support the International Agency for Research on Cancer (IARC) conclusions regarding the possible carcinogenic potential of RFR.”
In a second, June 2, 2016 Bloomberg article, Flam features Chris Adami’ claim that the NTP study failed to evaluate whether there was damage to the DNA of the exposed animals. In fact, NTP researchers did look at DNA damage- and found it. The NTP presented findings on June 8, 2016 at the BIOEM Conference. Their preliminary data with comet assay showed a statistically significant trend in RF-induced DNA damage in rat & mice brain. In a Science Magazine article Bucher confirms that, “there was more DNA damage in some of the rodents that received the highest radiation levels.” As noted on page 3 of the released NTP Report, the results are soon to be published in the paper “Evaluation of the genotoxicity of cell phone radiofrequency radiation in male and female rats and mice following subchronic exposure.”
The NTP study provides a wake up call to a world growing increasingly dependent on a technology that has never been evaluated for safety. A number of countries including the high-tech nations of Israel, France and India advise their citizens to reduce exposure and employ wired devices in schools and homes. Even before this recent study, the City of Haifa had ordered the removal of Wi-Fi from their schools, concerned about earlier scientific evidence of risk from cell phone and other wireless transmitting devices.
The manager of the computing infrastructure department of the Haifa Municipality, Reuben Kurman, explained to me last week that the 2011 declaration of the World Health Organization, International Agency for Research on Cancer that such radiation was a “possible human carcinogen” was sufficient to spur precautionary actions:
“We developed in-house methods for how to install wired rather than wi-fi. It would have cost us a lot of money to give to any sub-contractor, so we developed an in-house capacity on how to develop wired in schools, without sub-contractors, for computer rooms, classes and every space.”10K Reports from wireless companies such as AT&T, Verizon and Microsoft have, for years, indicated that they face financial liability from potential health damages from radio frequency electromagnetic exposures. This new study makes it clear this liability is real. The Emerging Risks team at Swiss Re, in its SONAR Emerging Risks report, 2013, which covers risks that could “impact the insurance industry in the future” categorizes the impact of health claims related to electromagnetic fields (EMFs) as “high impact” because, “If a direct link between EMF and human health problems were established, it would open doors for new claims and could ultimately lead to large losses under product liability covers.” Where is the cost benefit analysis on the actual returns from these technological investments into wireless which considers the long term economic cost ?
An indication that some businesses are responding to the increasing scientific evidence indicating serious health risks is the fact that one of China’s largest manufacturers of routers now markets one with a “baby-safe mode”—voice-activated to the lowest level needed. Consumers can even go online and purchase radiation protection underwear and bras with special radiation shielded pockets for carrying cell phones.
The benefits of wireless technology are obvious and undeniable, but the need to redesign software and hardware to lower exposures to the lowest levels attainable, install wired connections at home and school and retain landlines is now also obvious. Disputing details of this complex, well-designed study is an ill-advised effort to postpone the inevitable: companies stand to profit mightily through implementing advances as soon as possible in hardware and software to reduce radiation to levels that are As Low As Reasonably Achievable (ALARA) – a concept applied to diagnostic radiology today.


Facts of AI and Machine Learning
The revolution and emerging technologies have really benefited the business world. These businesses have always used the technologies to enhance their development and growth. Generally, businesses have always come across artificial intelligence and machine learning. The tech world overly embraces these two phrases well and dearly. In fact, many people believe that they are one and the same but they are not. Through this article, you will learn more about AI and machine learning.
The only way you will understand about Artificial Intelligence and Machine Learning is through defining them first. Artificial intelligence (AI) is the process through which machines are empowered so as to carry out activities and handle tasks in a smart manner. It is through machine learning that the AI devices and machines learn ways through which they can learn on their own rather than rely on the humans for information.
AI has existed for years and over these years, it has experienced some tremendous growth. As far as AI is concerned, there are two categories applied and general. The first classification is applied and this classification is very common amongst populaces and businesses as it is used for designated tasks like trading shares. However, general AIs are more complex as these entails having machines, or rather systems that can handle any kind of task. general AIs aren’t common and the fact that they are designated to handle each and every task has contributed to the existence of machine learning.
When it comes to machine learning, this is the automation or the vehicle driving AI. Machine learning has been experiencing some breakthroughs hence accelerating the process. In the year 1959, Arthur Samuel believed that computers should be allowed to think for themselves and learn things about the world on their own rather than feed them with info. This became a fundamental breakthrough. As time progressed, internet emerged and it made things quite easier. The internet made it possible to have all kind of information available and these machines were coded to think like humans and could use the data on the internet to think. This helps them learn for themselves through accessing the information available all over the world.
Artificial intelligence and machine learning have availed tremendous benefits over the years. Some of the industries that are benefiting are the banking, manufacturing, healthcare and many more. There are marketers who have been dealing with AIs and this has made them fortunes,. It would be known to the general populaces in a theoretical manner about the existence of AIs but nowadays, they are in existence and human beings can witness the development and their existence. Machine learn has gained a higher momentum and speed. Consequently, machines and devices can now think like humans.
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Voice and Data Cable Certification
Many installers will verify the cables they install (they make sure it’s connected), but Premier takes the extra step of certifying their cable to be sure that it meets industry and manufacturing standards.
Premier certifies every single data cable installed using a Fluke DTX-1800 Cable Analyzer. Calibrated annually, our equipment makes sure that your connections meet industry and manufacturing standards and are the best connections possible. Premier will also provide you with documentations of testing for every single cable installed.
When Premier designs and installs your cable infrastructure, you know you will get the best performance from each and every connection.


TUSUR and the Institute of Materials Science at Leibniz University in Hannover agreed to strengthen their cooperation by organizing joint events in the fields of teaching and scientific research.
This agreement envisages student and faculty exchange, joint research projects, joint planning and organization of conferences and symposiums.
The primary task for immediate future is to develop cooperation between the universities in the field of electron-beam technology.
-We have a great mutual interest towards each other, — notes N. G. Rempe, TUSUR Vice-Rector for Research. — The Institute of Materials Science of Leibniz University carries out research on interaction of electron beams with different metals. Unique TUSUR equipment, such as electron sources with plasma emitters, allows simplifying units for the output of beams into the atmosphere.
Future joint R&D of Leibniz University and TUSUR are of great interest to German businessmen who deliver equipment and develop technologies of electron-beam metal welding at atmospheric pressure, because there are numerous applications for such equipment and technologies. For instance, they are applied in space and atomic industries, machine building, and ship building.
Electron sources with plasma emitters developed at TUSUR are widely applied in the Russian atomic industry. For instance, they are used to seal fuel elements at nuclear power stations. In summer of this year TUSUR R&D results were applied to seal workpieces for production of superconductive materials within the framework of the international program «International Thermonuclear Experimental Reactor». The task of Russia in this program is to produce superconductive wires for electromagnets of thermonuclear reactors. The first stage of wire production, i.e. the sealing stage, is based on application of electron-beam guns developed by TUSUR.
In late October a representative of TUSUR will visit Hannover to develop a joint action program.


Benefits of Solar Panels
Clean, renewable energy
generating a tax free
income and reduced energy bills
How Solar Panels work
Photovoltaics is the direct conversion of light into electrical energy (electricity) at the atomic level.
|How Solar Panels can work for you|
A typical domestic solar panel energy system can produce around 40% of the electricity a household uses in a year. During sunny daylight hours your solar panels will be producing renewable and sustainable energy, and any demand for electricity within the house will be met in the first instance by your locally generated electricity.


MANUFACTURERS WE REPRESENT
read more about each of our manufacturers & their products by clicking their logo below
Founded in 1992 in California’s Silicon Valley, Leotek is a leading global manufacturer of street, roadway, and area lighting products. Leotek streetlights were first designed and delivered in 2007 and the company now has more than 1.5 million installations across North America. In 2013 Leotek established a manufacturing facility in San Jose, California. This 70,000 sq. ft. ISO 9001-2015 facility includes state of the art manufacturing automation and testing systems.
Illuminex is a brand of high-quality leading-edge LED products. The brand was conceived strategically to introduce reliable high quality LED lighting solutions at competitive pricing to the North American Market. The Illuminex family of products is manufactured by carefully selected factories according to stringent specifications and with a skilled and methodical QC team monitoring everything from product consistency and performance to implementation of innovations and specification changes.
by LSAV inc. is a Canadian lighting product manufacturer of commercial and residential LED fixtures. Their objective is to offer you easy access to a large inventory of innovative products and efficient customer service devoted to you.
LEDture is a global manufacturer of High-Powered LED lighting solutions for sports, transportation, roadway and Industrial/mining applications.
A leading US-based manufacturer of LED lighting solutions for hazardous location, commercial, Industrial, Horticulture, and Multi-family Residential/Hospitality lighting applications.
Provides the highest quality lighting products at pricing competitive enough for any market.
Provides services for development of “Next Gen” energy projects including traditional electricity generation, cogeneration plants and renewable energy systems including solar, wind, hydropower, and offshore wind.
Canadian manufacturer specializing in decorative lighting & poles for area and roadway applications. Also excels at customized lighting projects.
Providing energy storage/ battery backup solutions for telecom, commercial, industrial, solar and EV charging applications.
Horticultural LED lighting featuring five-channel customizable light spectrum to optimize the plant’s specific needs in their various stages of growth through Urbarn’s innovative app.
A solar and energy storage technology firm founded in 2013 building the best & most innovative solar battery hybrid systems.
Utility-grade wireless lighting control devices and connected solutions for implementation of IoT for smart street lighting, parking management and EV charging smart infrastructures.


Restrictions imposed by the government also add to an unpleasant experience of restricted Internet access.
Users can overcome this by using a Virtual Private Network (VPN). A Chinese VPN uses a tunneling technology to provide unrestricted encrypted browsing to users who subscribe to the service. Chinese VPNs are implemented on desktops, laptops, mobile devices, and tablets.
What is encryption?
When a user does not use a VPN for iPad for iPhone, information is unencrypted. Internet service providers can trace the IP address being used to access the sites. If the IP address is blocked for use from outside of China, the user is unable to access a Chinese website.
With a VPN for your iPad, iPhone or Android, the data is encrypted. The IP address that is used is a Chinese IP address. The user can then access Chinese websites as if from within China. In addition, for sensitive data, VPN technology with the appropriate protocol scrambles information and encrypts it, making it indecipherable for hackers to read and use for malicious intent.
A user can select from different protocols when choosing a Chinese VPN:
• PPTP – (Point-to-Point Tunneling Protocol) - PPTP provides 128-bit encryption, which is not the most secure, but can be used for data that is not sensitive. As encryption is less, it is a faster protocol as compared to some other available VPN protocols. Most operating systems and devices support PPTP.
• L2TP/IPsec (Layer 2 Tunneling protocol/IP Security) – This is also a tunneling protocol that uses IP security to provide confidentiality. It encrypts data twice over, thus providing 256-bit encryption, but reduces the transfer speed in the process.
• OpenVPN provides 256-bit encryption of data - OpenVPN uses SSL/TSL encryption protocols. It is the fastest currently available protocol, but is not built into operating systems and needs to be specifically installed on the user’s machine.
A VPN for China thus provides a user with the following:
1. The ability to bypass restrictions implemented by the Chinese government
2. Unrestrained Internet surfing
3. Encryption of data for secure browsing and data transfer
Choosing a China VPN provider
A user needs to consider the following when choosing a VPN for China:
1. The protocols available with the provider and those supported by the user’s machine, as compatibility of the two are important for seamless data transfer - This also defines the security provided by data encryption
2. How easy it is to setup the VPN service
3. Bandwidth and speeds provided by the Provider
4. The number and location of servers used by the VPN provider - The provider must give the user a choice of servers. In addition, if there are more servers, user and data traffic is monitored and catered to, resulting in increased speeds of data exchange
5. Different options available to the user
By using a Chinese VPN, the user experiences complete privacy and security while browsing the Internet. This is possible due to the encryption of data provided by VPN for China


The mini post top head of this fixture offers not only a polished design, but also a 360 degree beam of light to brightly illuminate pathways or patios. Including all the components for easy install, this LED Landscape Lighting Kit improves the aesthetic of gardens, driveways, walkways, and more. Ensuring durability and stability, LEDs are integrated into the fixture and the 6" ground stake. For over 30 years, the team at Wiring Depot has been a leading provider of top-quality electrical wiring accessories and products for use throughout the automotive, electronics, HVAC, A/V industries and more. We are pleased to offer a large selection of wire and cable, cable ties, fuses, electrical kits, electrical switches, pigtails and sockets, terminals, electrical testers, tools and other.


Optical Frequency Domain Imaging of Ex vivo Pulmonary
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It has a frequency of 300 Hz, so it wouldn't work. Nanophoton SK-11 speckle reducer. It is well suited for lasers with coherence length of at most a few meters, mainly pulsed lasers. We are working with a CW solid-state laser. Optotune has developed an Electroactive Polymer Actuator-based solution to move a diffuser and drastically reduce the speckle contrast of Laser beams: the LSR-5-17 (Laser Speckle Reducer). With its integrated miniaturized electronics for HV generation and motion control, the LSR-5-17 provides a compact 27 x 21 x 6mm solution with a simple 5V micro USB interface for power supply.
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Optotune's laser speckle reducers are essentially moving diffusers with a unique method of actuation. Laser Speckle Reducers are compact for ease of handling and integration. They feature integrated drive electronics and provide vibration-free speckle reduction. The reducers use four electro-optic polymers, which selectively move each reducer’s central diffuser along the X and Y axes to form a circular pattern of motion.
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They remove local interferences and reduce speckle noise in laser systems by dynamically diffusing the laser beam. Diffusing angles of 1°, 10° and 20° are offered. Laser speckle reducers, 2D mirrors and tunable prisms are further additions to our product lines. Thanks to our deep understanding of optics and mechanics and a passion for technology, Optotune is your ideal partner when it comes to solving challenges where conventional optics fail.
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Speckle Reducers are used to reduce laser speckle for applications such as beam homogenization or 3D scanning. Edmund Optics offers lithium triborate (LBO) and β-barium borate (BBO) Nonlinear Crystals for the harmonic generation of lasers commonly used, including Nd:YAG, Yb:YAG, Yb:doped and Ti:Sapphire.
av B He · 2014 · Citerat av 66 — For speckle reduction, the SAR images were filtered using the 5 × 5 refined Lee speckle filter . Finally, the pixel sizes of the Radarsat-2 fine quad images
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The model is in a good agreement with the measurements, and speckle contrast decreases with TIS, as predicted.
An electro-active polymer membrane is internally fed with two electrical control signals that selectively move a central diffuser in x- and y- direction. The Laser Speckle Reducer (LSR), which is already marketed by the company Optotune, is one such device.
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USING HIGH RESOLUTION THREE-DIMENSIONAL LASER SCAN DATA . 2-D SIGNALS: APPLICATION TO SPECKLE REDUCTION IN SAR IMAGES . (MHz) imaging, as well as for speckle reduction in coherent LIDAR.
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Laser Speckle Reducers remove local interferences and greatly reduce speckle noise in laser systems. This is done by dynamically diffusing the laser beam. Diffusing angles of 1°, 10°, and 20° are offered, providing maximum versatility for a wide range of uses. Laser Speckle Reducers are compact for ease of handling and integration. Laser Speckle Reducers utilize four electro-optic polymers, which selectively move each Laser Speckle Reducer's central diffuser along the X and Y axis to form a circular pattern of motion.
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Optotune's laser speckle reducer is the ideal choice for application in laser projection displays, beam homogenizers, metrology, microscopy, interferometry and lithography. Optotune's laser speckle reducers can be tailored to your specific demands in terms of size, oscillation frequency or transmission range - contact Pacer for details. Laser Speckle Reducers utilize four electro-optic polymers, which selectively move each Laser Speckle Reducer’s central diffuser along the X and Y axis to form a circular pattern of motion. As a result, the Laser Speckle Reducers adjust the laser speckle pattern to appear as a uniform distribution of light. Optotune’s LSR-4C speckle reducer has an aperture of 18.5×18.5 mm and is especially suitable for applications where high laser powers and large beam diameters are used. The diffusor is mounted in a thin steel frame.
The objective of the master’s degree thesis presented at the Institute of レーザ・スペックル減衰器. lsrシリーズは、レーザシステムのスペックルノイズを大幅に減少させる装置です。 Power Technology’s IQ7 laser speckle reducer is specially designed to reduce local interferences and unwanted intensity patterns, improving overall laser imaging quality. The IQ7 features emission angles of 1°, 10° and 20°, wavelengths from 405 – 808nm, digital or analog modulation, and an optional on-board microprocessor with software interface . Offering a compact size, integrated drive electronics, and vibration-less speckle reduction, Optotune laser speckle reducers are ideal for beam homogenization, 3D Overview. Optotune's laser speckle reducers are nothing other than moving diffusers.


Datasat Communications has one of the most highly regarded design offices in the remote communications industry. That's because we place a great emphasis on getting the design phase absolutely correct from the outset. In this way, we can ensure that performance, flexibility and future proofing are built into your network infrastructure.
Putting your business need first
The more precise and accurate the network design phase, the more effective the build and deploy. This begins with a thorough understanding of both the physical locations which are to be connected as well as the voice, data and video applications the network will host. We work with you to fully understand your business requirements and match the available technology solutions and capacity to your objectives.
From there, we can design and deliver the correct levels of performance, availability and security that your network infrastructure requires – whether that be via satellite, wireless, fixed line or a complete hybrid solution.
Delivering 'best in breed' remote communications networks
We understand the importance of a reliable and secure communications network. We do not believe in the 'bleeding edge' of communications technology. Instead, we select only proven, tried and tested technology. As an independent communications provider, we are able to design communications infrastructures that are based on the 'best of breed' solutions on the market today – while flexible enough to adapt to technology developments in the future.
- In-depth voice and data modelling
- Network performance, availability and security planning
- Communications technology evaluation and selection
- Satellite coverage analysis and selection
- Network modelling, analysis and design
- Site planning and surveying
- IP planning and routing
- Technical authoring
Request a call
You can call us today
+44 (0)1707 665 320


Author-it Cloud can be accessed through an Internet connection via a browser or via an RDP protocol-based connection. Author-it Cloud is a private cloud and only allows connections on network ports 80, 443, and 3391. Customer connectivity is restricted to these three ports.
Ports 80 and 443 are the most commonly used ports on the Internet. For example, they are a prerequisite for most banking websites.
The RDP port that Author-it uses is 443. Nearly all Internet service providers will allow this port to be freely used. However, some companies with large internal networks might restrict access to this port as a default policy. In this case, a request must be made to the relevant network security team to enable access through this port.


Moments ago, Firmware Update 2.00 officially went live on the PlayStation Vita. The firmware includes:
- Support for PlayStation Plus has been added.
- [Email] has been added as an application.
- The [Content Manager] has been redesigned.
- The [Content Manager] can now be used to transfer content to and from the PlayStation Plus online storage.
- The [Content Manager] can now be used to transfer content wirelessly to and from the PC.
- The rendering engine in the [Web Browser] has been improved.
- The [Web Browser] now uses more GPU processing power.
- Users can now send their current [Web Browser] URL through Twitter.
- The [Video] application can now display media in 1080p.
- The [Video] application now supports captioning.
- Folders can now be created for the [Video] application.
You can download the update on your Vita, your PS3 or your PC.


Hearing aids are small, battery-powered electronic devices that enhance sounds to make them louder and clearer, helping someone with hearing loss to hear better and feel less isolated in everyday situations.
There are many different shapes and styles of hearing aids, they can be worn on the ear or in the ear.
Today’s digital hearing aids are small and discreet, they come with advanced technological features to help them adapt to different hearing environments. Modern digital hearing aids are designed to identify and amplify speech rather than background noise. Despite being extremely complicated on the inside, digital hearing aids remain very user friendly and a reliable way to improve your hearing.
Everyone’s hearing requirements are different, so the digital hearing aid you choose will be programmed to your individual needs. A prescription is created from the hearing test completed in the hearing aid assessment, allowing the audiologist to program your hearing aid/s accordingly.


We use the Internet for almost everything – to send emails, pay bills, make appointments, stay in touch with friends and family, check bank accounts, and even to shop and watch TV.
It’s important to have a reliable high-speed Internet connection. But with all the options for Internet service out there, it can be overwhelming to pick the one that’s right for you.
Two of the most popular Internet services are cable and satellite Internet. Comparison of these two Internet services can help you discover what you value most in an Internet service – and find one that’s perfect for you.
Satellite Internet uses space satellites to connect to the Internet. When you have satellite Internet installed, an installer will place a satellite dish on or near your home. Your dish will transmit data to your provider’s communication hub on the ground – and to satellites in orbit more than 20,000 miles above the Earth.
Cable Internet works through underground cable lines. If you choose cable Internet, an installer will set up a cable modem in your home. That modem will transmit digital signals between your cable line – which runs to your provider’s office – and your computer.
One of satellite’s greatest advantages is that it’s available virtually everywhere all you need is a clear view of the Southern sky. Satellite is a great choice for rural Internet, since many other Internet services don’t cover these areas.
Because cable Internet runs on cable lines, it’s only available in areas where cable is, too. Although cable Internet is available in most urban and suburban areas, its coverage does not extend to many rural areas. And to get reliable cable Internet, you need to live relatively close to your provider, which further limits your access.
Satellite Internet prices vary depending on your provider and your plan. Plans with higher speeds cost more – but if you value budget over speed, there are more affordable plans. Satellite Internet prices can also depend on the kind of equipment and installation you need.
Cable Internet prices also depend on your provider and plan, and they vary widely. Similar to satellite Internet, plans can range between $40 and $100 per month, with faster speeds at higher price points.
Satellite Internet offers high-speed broadband connections that are faster than ever before. You can pick the satellite Internet speed you need for your online activities, whether it’s 5 Mbps or 15. Satellite Internet is fast enough to send emails, upload and download files, and stream online videos and music too.
Cable Internet also has broadband speeds that will allow you to do everything you need to online. But while satellite Internet speeds are fairly constant, cable Internet speeds can vary depending on your proximity to your provider. The closer you are to your provider, the faster and more reliable your cable Internet will be.
The final verdict? Comparison of different Internet services will help you find the one that’s right for you. Satellite and cable Internet both have a lot to offer. But if you need rural Internet service with high speeds and reliable connections, choose satellite Internet.


Subsystems to enhance the performance of precision weapon systems.
We specialize in Radio Frequency (RF) sensors that provide guidance information and precision detonation timing for lethal and non-lethal effects. This includes missile seekers, proximity sensors, datalinks, control assemblies, test systems, and support for integration and test activities to ensure success from the laboratory to the field.
Precision tracking and targeting for advanced munitions.
Enhanced lethality and precision of existing weapon systems.
Air-to-air proximity, ground target HOB, or multi-mode Air-to-Air HOB (A-HOB) missions
Research & Rapid Development
Our RF and microwave engineering expertise stems from decades of designing, integrating, testing and fielding defense electronics. Our in-house production teams can rapidly develop, and field solutions to meet and exceed customer requirements.
From rapid development through integration and testing, our engineers have extensive experience implementing RF sensors on a variety of platforms, including GMLR, AI3, Stinger, 40mm grenades, and lethal UAS.
Addressing urgent operational needs and upgrading fielded platforms, we support multiple Army, Air Force, and Navy missile, rocket, and munitions programs.


Core files in Netezza
Core file is generated when for some reason Netezza is not able to process some requests and hit some issue which result in Netezza server to dump all the contents of memory to a file for diagnostics purpose.
Basic idea to identify what component generated a core file.
– If core file is generated at /nz/data or /nz/data.1.0 then this core file is probably generated by postmaster process.
– If core file is generated at /nz/kit/log/spucores then the core file is generated by SPU cores.
– If core file ise generated by any of the NPS server processes then the core file will be found under /nz/kit.5.0.6.P1/log/ and the respective process directory like /nz/kit.5.0.6.P1/log/dbos.


Whole-program Adaptive Error Detection and Mitigation
PI: S. Krishnamoorthy, Pacific Northwest National Laboratory
CoPIs: S. Mahlke, University of Michigan; S. Amarasinghe, Massachusetts Institute of Technology; P. Sadayappan, Ohio State University; M. Erez, University of Texas, Austin; G. Gopalakrishnan, University of Utah; Gagan Agrawal, Ohio State University; Michael Carbin, Massachusetts Institute of Technology.
Errors in application state resulting from faults in hardware are an increasing concern on extreme-scale computing systems. Errors that escape detection and lead to silent data corruption are particularly problematic. Detecting errors is an important first step toward fault tolerant program execution. In contrast to performance optimization, there is limited understanding of scientific application resilience strategies. Existing approaches dealing with errors often are “point studies,” or techniques that typically address a particular class of errors (errors in memory, instruction execution, control flow, etc.) under specific assumptions about the hardware vulnerability for a precise or narrow class of applications.
To improve application resilience strategies, there is a pressing need to investigate: (1) how errors affecting different portions of the execution state for a scientific application can be effectively detected, (2) how individual detectors and hardware can be characterized and composed in an automated fashion to design the most efficient full- application solution, (3) how detectors and their composition can be evaluated to provide the most comprehensive insights into their, and (4) what errors and fault rates must be tackled primarily in hardware for effective execution of scientific applications. We propose a comprehensive approach to error detection and mitigation for scientific applications (Topics 1 and 2 in the solicitation) that combines configurable error detectors, a unified reliability specification, and whole-program detector composition.
We will design and characterize configurable error detection techniques while accounting for hardware vulnerability characteristics, application resilience requirements, and cost/capabilities of individual detector configurations. We will clarify the fault behavior of scientific applications and target hardware in terms of a unified reliability specification to be used for composing individual detectors—factoring the cost and coverage of each detector—and to develop an end-to-end error detection approach, characterized by the best detector composition for the entire application with respect to classes of errors being handled.
- E. Atkinson and M. Carbin. “Towards Correct-By-Construction Probabilistic Programming.” NIPS Workshop on Machine Learning Systems 2017.
- J. Liu and G. Agrawal. “Supporting Fault-Tolerance in Presence of In-Situ Analytics.” CCGRID 2017.
- M. Laurenzano, P. Hill, M. Samadi, S. Mahlke, J. Mars, L. Tang. “Input Responsive Approximation: Using Canary Inputs to Dynamically Steer Software Approximation.” PLDI 2016.
- W. Bao, S. Krishnamoorthy, L.-N. Pouchet, F. Rastello, and P. Sadayappan. “Polycheck: Dynamic verification of iteration space transformations on affine programs.” POPL 2016.
- V. Sharma, G. Gopalakrishnan, and S. Krishnamoorthy. “Towards resiliency evaluation of vector programs.” DPDNS 2016.
- D. Tao, S. Song, S. Krishnamoorthy, P. Wu, X. Liang, E. Zhang, D. Kerbyson, and Z. Chen. “New-Sum: a novel online ABFT scheme for general iterative methods.” HPDC 2016.
- V. Sharma, G. Gopalakrishnan, and S. Krishnamoorthy. “PRESAGE: protecting structured address generation against soft errors.” International Conference on High Performance Computing, Data, and Analytics, December 2016.
- J. Liu, G. Agrawal. “Soft Error Detection for Iterative Applications Using Offline Training.” International Conference on High Performance Computing, Data, and Analytics, December 2016.


This past weekend at the AT&T Developer Summit Hackathon, over 900 developers ascended on the Palms Casino Resort in Las Vegas to build apps utilizing the latest technologies and win some of the more than $100,000 in cash and prizes.
One of the teams, led by Octoblu co-founder, Chris Matthieu, built a very cool app that has the potential to save lives by shaving off critical minutes in life-threatening medical situations. While the app has many more potential practical applications, Chris and the team did a great job of combining several technologies for their “Uber for EMT’s” and “Nursery of Things” apps, both of which use Internet of Things technologies. The team ended up winning the Sensoria Devices – Sensoria Integration Challenge for their efforts.
Uber for EMTs uses accelerometer data from wearable sensors provided by Sensoria to detect dramatic acceleration changes by the user (such as a fall or bicycle accident). Leveraging Octoblu’s Internet of Things platform, the sensor triggers a Tropo-powered voice phone call to the potentially injured party and asks, using speech recognition, if the person is ok. If they say no, it automatically triggers a series of events to geo-locate them, find the nearest Emergency Medical Technician (EMT) and sends the EMT Esri-powered map data to direct them to the patient, thus eliminating the need for an emergency dispatcher and potentially shaving off critical minutes in medical response times.
The Uber EMT and Nursery of Things teams consisted of: Cody Matthieu, Aaron Herres, Alisa Palson, Roy Van de Water, Moheeb Zara, Ben Imadali, Koshin Mariano, Shilpika Chowdhury, Andrew Stenheiser, Erik Wilson, Michael Haselton, and Chris Matthieu. Congrats to Chris and the whole team for their prizes! Check out the videos below for the demos!


Tackling Carbon Dioxide Emissions with physics, innovation and leadership
Northumbria Public Lecture: Online
Tackling carbon dioxide emissions with physics, innovation and leadership
Neil S. Beattie, Professor of Energy Innovation, Northumbria University
Wednesday 26th January, 5.00pm – 6.00pm BST
In a stimulating lecture, Professor Neil S. Beattie will describe how Northumbria research and innovation is offering a new contribution to reducing carbon dioxide emissions with aesthetically integrated solar cells.
He will put this research in the context of a thriving ecosystem of activity in science, engineering and technology in the North East of England which, together with colleagues, Professor Beattie and his team have created over the last decade. During the lecture he will also present reflections on his experience of leadership to offer strategies for achieving net-zero emissions.
About the Speaker
Neil S. Beattie is Professor of Energy Innovation at Northumbria University and the Director of the EPSRC Centre for Doctoral Training (CDT) in Renewable Energy Northeast Universities (ReNU). Physics is the educational foundation of Professor Beattie’s career and he is fascinated by light, ultra-small materials, electricity and quantum mechanics.
Working in solar cell research at Northumbria University has allowed him to combine and explore these topics in detail. Before joining Northumbria University in 2009, he completed a PhD in Physics at the University of Cambridge. His work was sponsored by Toshiba and was in the field of semiconductor devices for quantum information. Following his PhD, Professor Beattie worked as an Innovation Consultant on behalf of several clients, including Shell, P&G, Rolls-Royce and Boeing.
In the Department of Mathematics, Physics and Electrical Engineering, he led the creation of physics as a discipline at Northumbria University, including a complete portfolio of undergraduate degrees. He is now using his strategic research leadership and innovation skills to establish and lead Energy Futures – a diverse and inclusive community of academics across different disciplines at Northumbria University, with the common aim of decarbonisation through research impact.


Multimedia Producer at The University of Akron
Jamie Newhall is a senior multimedia producer at The University of Akron. His work includes video production and photography, skills he most enjoys using to create documentaries.
Since childhood, Jamie has tinkered and experimented with electronics. He is particularly fond of audio electronics and building speakers. He is also an avid woodworker and hobbyist who delights in solving technical problems.
His keen interest in solving technical problems led to his recent work to recreate a device to play wire recordings. The project generated media interest both locally and globally. Jamie is a recipient of the 2017 Society of Ohio Archivists Merit Award for his work on the device.


Low-Level Design Notes #1
What is low-level design(LLD)?
It's a component-level design process that involves the design of small components of a software requirement, data structure, algorithm e.t.c
Low-level design is designed from High-level design, It basically has to do with breaking down the component of high-level design into a smaller module and providing a well-detailed description of these small modules.
Steps on how to generate LLD
- Write out the software requirement or have a proper understanding of the requirements.
Designing the use case diagram.
Modeling the component using a UML diagram
Modeling the Design using OOD
Implementing the OOD using the SOLID principle
Importance of Low-Level Design
It helps to build modular, extensible, reusable, and maintainable software.
It helps to model the component design of the application for clearer understanding.
It helps the onboarding of developers to a project.
Important link for more information


'If you can measure it, you can manage it'
Once a building management system has been implemented, it is vital to monitor and control the system.
This enables on-going measurement and optimisation of energy usage whilst ensuring environmental
conditions and building services are maintained.
MDC offers a full remote monitoring service covering:
Automatic control and remote management of building services.
Monitoring of key variables including timing, temperature and usage.
Exception and alarm reporting.
Management reporting of energy usage and patterns versus targets.
MDC has developed a number of user friendly graphical interfaces and reporting formats to ensure the
data is readily accessible by management.


Integrated chips were manufactured by mass production. The upper part is a plastic plate with standard Luer connectors and an elastomeric thin film for conformal contact with the lower part in which microfluidic circuits can be patterned. The lower part can be a sheet in plastic, elastomeric, glass, silicon or other materials.
Integration chips were designed for membrane or customized elements integration. An elastomeric thin film on the pre-patterned plastic plates could ensure good sealing without leakage when clamped. It can also be used to incorporate micro electro arrays/optical fibers for detection due to the flexibility of reversible assembling.
Flow controller was designed for experimentation in physics, chemistry, biology, biomedicine and different engineering fields. It is versatile and flexible, allowing easy and automatic control of complex fluidic (gas, liquid, electric) processes. It is a compact and open source platform for professional system development.
Multi type chip clamps were designed to cooperate with our integration chips for different purpose applications. Quick assembling /disassembling and good sealing can be achieved with our chips with help of these clamps.
Micro-engineered filters were designed and fabricated with different shape, size and density of the holes. The micro holes are highly regular distributed with high precision size definition allowing filtration with high throughput.


بارکد خوان Champtek Hanheld Linear Imager Barcode Scanner SG600 Black
SG600 is a brand new general purpose gun-type linear imager barcode scanner which is designed especially for retail, logistic and warehousing management market. SG600 has modern design and offers superior decoding performance.offers superior decoding performance. Its reading speed up to 500 scans per second and up to 500mm reading depth for the majority of 1D bar codes and GS1 DataBar codes.
مشتری گرامی، لطفا قبل از سفارش این کالا به موارد زیر توجه فرمایید:
- Support major 1D codes, GS1 Databar linear and stacked Codes.
- Automatic detect reading mode.
- Reading distance up to 50cm (20mil/0.5mm@code39 pcs90%).
- Smart detection, reading speed up to 500 scans per second.
- Change Interface by Changing Cable
- 1 Year Full Coverage Warranty including Cable
- Made in Taiwan
Type: Hanheld Barcode Scanner
Light Source: LED
Sensor Type: Linear CCD
Connection: Wired / USB
Scan Rate: Smart detection, up to 500 scans per second
Depth of Field: 10-500 mm (20mil, Code 39)
Drop Test: 150 cm
Cable Bending Test: 25,000 Times
Dimensions (WxHxL): 71.13 x 62.61 x 169.27 mm
Weight: Approx. 110 g (w/o cable)


We are constantly looking for talents in all IT related fields. Currently, we have the following opening(s):
Computer Network Support Specialist
Responsibilities: Test and evaluate computer network software and applications to identify causes of problems; Install and test computer software; Analyze network data to determine network usage and provide technical support; Test repaired items to ensure proper operation; Create/revise technical documentation and user instructions/manuals.
Education: Bachelor’s degree and 5 years of related experience as the alternate of a Master’s in Computer/Information Science or related studies. All applicants with suitable combination of education including foreign educational equivalent, training or experience are acceptable for the position.
Work location: Alexandria, Virginia


This custom built inverter tester can test the LCD screen inverter
up to 6 CCFL backlight lamps. It is very simple to use. Just plug in and test.
For your convenience, IT01 also comes with the following items, so you can test any type
of inverter up to 6 CCFL backlight lamps
IT02 - Stand alone LCD Screen Inverter tester
Now you can test LED backlight on LED (Laptop) screen with MS438EXT
IT02 is our newest Inverter tester; the advantage of this custom built tester is that
you can apply any input voltage through DC Jack to the test inverter from the laptop to
the LCD TV inverter.
It is very simple to use.
MS104R43NECLEDX1 is a direct replacement for 10.4" NEC Indistrial LCD screen
UB Series LED Backlight
UB series are the direct replacement for Industrial LCD screens that were originally equipped with 2, 4 and 6 CCFL
XB Sereis LED Backlight
XB Series is designed for smaller industrial LCD panels where space is limited by its original CCFL backlight assembly.
In other word, UB series LED strip cannot be mounting on these panels.
Touch Screen Inverter
These are brand new substitute backlight inverter module for Point-of-Sale screen,
ATM and other type of touch screen.
These LCD Controller kits are designed to be easily integrated into the LCD screens that they are
commonly used in kiosks, POS, avionics, Vending machine, Digital Signage and all other applications.
Looking for an industrial LCD screen?
Open Frame Display
Direct Drop in Replacement LCD display
New Resistor and Surface Acustic touch screen
SKD kits come with Sunlight Readable LCD screen and LCD controller kit
One LCD controller can driver two LCD screens and both LCD screens will display the same exact contents


Hewlett Packard Enterprise
Crossing the Event Horizon
May | October 2016
Einstein’s revolutionary theories to introduce the hardware platform that revolutionizes IT.
To present HPE Synergy, a hardware platform never-before-seen, we eliminated the distance between space and time, and we brought guests where no one has ever been before: what we call “Beyond the Event Horizon”.
A spectacular event was created to launch in Italy HPE SYNERGY, the most revolutionary hardware platform ever created.
The communication strategy aimed at building a “call to action” for all participants.
The creative concept magnified the main platform features and presented them through the metaphor “event horizon”, the place where space and time disappear.
“HPE Synergy was created to go beyond space and time, passing instantly from idea to value.
“Crossing the Event Horizon”
The campaign had a teaser phase with three videos distributed via email and banners on relevant websites.
Digital campaign with CRM, posts, videos, banners and website.


PS4 Dual Shock 4 Wireless Controller Blue
Experience a new dimension of gaming with the PS4 Dual Shock 4 Wireless Controller. It has a new in-built touchpad, enabling you to interact with the game in more ways by controlling in-game movements with your fingertips. At the push of the SHARE button upload your wins, finest moves and gaming tips to Facebook or Twitter; or livestream your game-play footage with comments onto Twitch or Ustream. This intuitive controller creates an ambient coloured glow to indicate different in-game actions, such as your health level or team colour. Plus, this responsive Dualshock controller gives you complete control with its ergonomic analog sticks and triggers, and complete cordless freedom with Bluetooth connectivity. Also, featuring Six-axis motion-sensing technology, integrated speakers, headset jack and USB charge port, this redesigned PS4 Dual Shock 4 Wireless Controller is Playstation's best controller yet.
$80.52 $89.95 RRPPrices include GST


$34.99 - $29.99
(as of Jul 24,2022 05:52:43 UTC – Details)
The Disney Minnie Mouse kids smart watch comes loaded with kid-friendly features for your child to enjoy smart wearables just like the grown ups! However unlike smartwatches for adults, this watch is designed specifically with kids in mind.
With no wifi, calling or texting, you can rest assured of your child’s safety and security while they enjoy the various cool age-appropriate features. This smart watch for boys and girls is perfect for little kids.
This Minnie Mouse kids wearable includes a selfie camera for taking pictures, photo album viewer, video player, voice recorder, calculator, alarm clock, pedometer step counter, various playable games, and changeable watch faces.
We put careful detail and thought into designing and developing this smart watch for children. This smart wearable for kids is trendy, fashionable, and features designs of their favorite Minnie Mouse characters.
Long-lasting rechargeable battery makes the need to buy and replace batteries a thing of the past! Includes USB charging cable. Manufacturer recommends charging battery for 3 hours prior to use. Please note screen may be blank while charging.


Introduction to Neural Networks for C#, 2nd Edition Jeff Heaton
Publisher: Heaton Research, Inc.
We can use a single network type in many different applications by changing the network's size, parameters, and training sets. In this tutorial series, we'll be evolving neural networks to play Tic-Tac-Toe. Introduction to Neural Networks with Java, Second Edition, introduces the Java programmer to the world of Neural Networks and Artificial Intelligence. Artificial neural network architectures such as backpropagation tend to have general applicability. Zurada, West Publishing Company, 1992. Developer 2008 Express Edition. Introduction to Neural Networks, by J. Http://www.amazon.com/Introduction-Neural-Networks-C-2nd/dp/1604390093/ref=sr_1_2?ie=UTF8&s=books&qid=1296821004&sr=8-2-spell. NET 2.0 Cookbook, 2nd Edition: This book I would recommed for all those want to learn asp.net in one single book. Beginning ASP.NET 2.0 E-Commerce in C# 2005:. I recently read a book Introduction to Neural Networks for C# , by Jeff Heaton. Introduction to Neural Networks for C#, 2nd Edition - C# book. This is a tutorial on how to use SharpNEAT 2, the second version of a popular C# implementation of the NEAT algorithm here. Tags:Introduction to Neural Networks for C#, 2nd Edition, tutorials, pdf, djvu, chm, epub, ebook, book, torrent, downloads, rapidshare, filesonic, hotfile, fileserve. ASP.NET in a Nutshell, Second Edition. Introduction - Beginning ASP.NET 3.5 in C# 2008: From Novice to. Neural Networks, A Comprehensive Foundation, by Simon Haykin, Prentice Hall, second edition, 2001.