Buy Now From AMAZON UK www.amazon.co.uk Product Description Dolphin Display The Dolphin front fitting parking sensor kit is a 6 recess mounting sensor high quality system that will cover the widest of cars giving a professional finish. This front parking sensor kit comes with longer 6m cables on the sensors enabling you to wire around the engine bay and under the dashboard where the brain box can be installed securely in a weather-proof environment. Included with the 4 recess sensors is a buzzer which gives audible bleeps with increasing frequency as you get closer to an obstacle which can also be mounted under the dashboard. The system works by radiating ultrasonic beams covering the area infront of the vehicle. The beams are reflected by obstructions ahead, and re-enter the sensors. The reflected beam information is processed to calculate the distance of the obstruction. With the Dolphin Front Parking Sensors you need to power them via a small toggle switch on the dashboard which is included with the kit. Then you manually turn the sensors on, as and when you need to use them. When the vehicle is less than 1.5 metres from the obstruction the audible alert will emit intermittent bleeps. As the vehicle gets closer to the obstruction the frequency of the bleeps increases. At 30cms from the obstruction the bleeps become a continuous solid tone. All of our kits now come with the new watertight swap socket feature based 12 inches from the sensor heads, it makes installation ...
Showing posts with label Display. Show all posts
Showing posts with label Display. Show all posts
Dolphin Display
Posted Wednesday, September 12, 2012 in Display, Dolphin by Unknown
Dolphin Display Video Clips. Duration : 0.93 Mins.
Buy Now From AMAZON UK www.amazon.co.uk Product Description Dolphin Display The Dolphin front fitting parking sensor kit is a 6 recess mounting sensor high quality system that will cover the widest of cars giving a professional finish. This front parking sensor kit comes with longer 6m cables on the sensors enabling you to wire around the engine bay and under the dashboard where the brain box can be installed securely in a weather-proof environment. Included with the 4 recess sensors is a buzzer which gives audible bleeps with increasing frequency as you get closer to an obstacle which can also be mounted under the dashboard. The system works by radiating ultrasonic beams covering the area infront of the vehicle. The beams are reflected by obstructions ahead, and re-enter the sensors. The reflected beam information is processed to calculate the distance of the obstruction. With the Dolphin Front Parking Sensors you need to power them via a small toggle switch on the dashboard which is included with the kit. Then you manually turn the sensors on, as and when you need to use them. When the vehicle is less than 1.5 metres from the obstruction the audible alert will emit intermittent bleeps. As the vehicle gets closer to the obstruction the frequency of the bleeps increases. At 30cms from the obstruction the bleeps become a continuous solid tone. All of our kits now come with the new watertight swap socket feature based 12 inches from the sensor heads, it makes installation ...
Buy Now From AMAZON UK www.amazon.co.uk Product Description Dolphin Display The Dolphin front fitting parking sensor kit is a 6 recess mounting sensor high quality system that will cover the widest of cars giving a professional finish. This front parking sensor kit comes with longer 6m cables on the sensors enabling you to wire around the engine bay and under the dashboard where the brain box can be installed securely in a weather-proof environment. Included with the 4 recess sensors is a buzzer which gives audible bleeps with increasing frequency as you get closer to an obstacle which can also be mounted under the dashboard. The system works by radiating ultrasonic beams covering the area infront of the vehicle. The beams are reflected by obstructions ahead, and re-enter the sensors. The reflected beam information is processed to calculate the distance of the obstruction. With the Dolphin Front Parking Sensors you need to power them via a small toggle switch on the dashboard which is included with the kit. Then you manually turn the sensors on, as and when you need to use them. When the vehicle is less than 1.5 metres from the obstruction the audible alert will emit intermittent bleeps. As the vehicle gets closer to the obstruction the frequency of the bleeps increases. At 30cms from the obstruction the bleeps become a continuous solid tone. All of our kits now come with the new watertight swap socket feature based 12 inches from the sensor heads, it makes installation ...
NATO Chronicles - Cyberdefence: Fighting the invisible enemy (w/subtitles)
Posted Sunday, September 9, 2012 in Black, Camera, Chronicles, Cyberdefence, digital, Display, Fighting, invisible, permanent, PowerShot, problem, Recording, solution, Stabilized, WideAngle, wsubtitles by Unknown
NATO Chronicles - Cyberdefence: Fighting the invisible enemy (w/subtitles) Video Clips. Duration : 10.32 Mins.
Since the cyber attacks against NATO member Estonia in 2007, cyber threats have rapidly evolved in frequency and sophistication. The development and use of cyber tools can threaten and destabilise national and Euro-Atlantic security and stability.
Since the cyber attacks against NATO member Estonia in 2007, cyber threats have rapidly evolved in frequency and sophistication. The development and use of cyber tools can threaten and destabilise national and Euro-Atlantic security and stability.
Tripp Lite IEEE 1284 AB Parallel Printer Cable DB25M to Cen36M - 10 feet (P606-010)
Posted Monday, September 3, 2012 in 67816, Assorted, Cen36M, Display, Geddes, P606010, Parallel, Pencils, Places, Printer, Raymond, Seuss, Windows, Youll by UnknownTripp Lite IEEE 1284 AB Parallel Printer Cable DB25M to Cen36M - 10 feet (P606-010) Review
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Tripp Lite IEEE 1284 AB Parallel Printer Cable DB25M to Cen36M - 10 feet (P606-010) Overview
Tripp Lite's 10-ft. IEEE 1284 A-B parallel printer cable connects computers with a DB25 female parallel port to parallel printers with a Centronics 36 female parallel port. It supports high-speed IEEE 1284 bi-directional communication. The cable features nickel plated DB25 male/Cent36 male connectors and gold plated copper contacts for superior conductivity. It is manufactured from superior molded cable with integral strain relief and double shielding for maximum EMI/RFI protection. It contains low-capacitance, impedance matched, twisted-pair conductors that protect against cross-talk and other transmission problems. Tripp Lite warrants this product to be free from defects in materials and workmanship for life.Tripp Lite IEEE 1284 AB Parallel Printer Cable DB25M to Cen36M - 10 feet (P606-010) Feature
- Supports high-speed IEEE 1284 bi-directional communication (modes: standard compatible nibble byte ECP and EPP)
- Nickel plated connectors and gold plated copper contacts offer superior conductivity
- Superior molded cable with integral strain relief and double shielding (foil and braid) for maximum EMI/RFI protection
- Low-capacitance impedance matched twisted-pair conductors protect against cross-talk and other transmission problems
- Bi-directional communication allows your printer to broadcast printer error messages back to network computers
- Molded ends with easy-grip textured overmold
- Tripp Lite warrants this product to be free from defects in materials and workmanship for life
B0000510G3ASIN
B0000510G3Tripp Lite IEEE 1284 AB Parallel Printer Cable DB25M to Cen36M - 10 feet (P606-010)Item Brand
Tripp Lite
Product Information and Prices Stored: Sep 04, 2012 01:19:56
NIPS 2011 Big Learning - Algorithms, Systems, & Tools Workshop: Hazy - Making Data-driven...
Posted Friday, August 31, 2012 in Algorithms, Chained, Datadriven, Display, EMPIRE, iPhone, Learning, Macbook, Making, Mirror, Monitor, Protectors, Screen, Systems, Thunderbolt, Workshop by Unknown
NIPS 2011 Big Learning - Algorithms, Systems, & Tools Workshop: Hazy - Making Data-driven... Video Clips. Duration : 54.98 Mins.
Big Learning Workshop: Algorithms, Systems, and Tools for Learning at Scale at NIPS 2011 Invited Talk: Hazy: Making Data-driven Statistical Applications Easier to build and Maintain by Chris Re Christopher (Chris) Ré is currently an assistant professor in the department of Computer Sciences at the University of Wisconsin-Madison. The goal of his work is to enable users and developers to build applications that more deeply understand data. In many applications, machines can only understand the meaning of data statistically, eg, user-generated text or data from sensors. Abstract: The main question driving my group's research is: how does one deploy statistical data-analysis tools to enhance data driven systems? Our goal is to find abstractions that one needs to deploy and maintain such systems. In this talk, I describe my group's attack on this question by building a diverse set of statistical-based data-driven applications: a system whose goal is to read the Web and answer complex questions, a muon detector in collaboration with a neutrino telescope called IceCube, and a social-science applications involving rich content (OCR and speech data). Even in this diverse set, my group has found common abstractions that we are exploiting to build and to maintain systems. Of particular relevance to this workshop is that I have heard of applications in each of these domains referred to as "big data." Nevertheless, in our experience in each of these tasks, after appropriate ...
Big Learning Workshop: Algorithms, Systems, and Tools for Learning at Scale at NIPS 2011 Invited Talk: Hazy: Making Data-driven Statistical Applications Easier to build and Maintain by Chris Re Christopher (Chris) Ré is currently an assistant professor in the department of Computer Sciences at the University of Wisconsin-Madison. The goal of his work is to enable users and developers to build applications that more deeply understand data. In many applications, machines can only understand the meaning of data statistically, eg, user-generated text or data from sensors. Abstract: The main question driving my group's research is: how does one deploy statistical data-analysis tools to enhance data driven systems? Our goal is to find abstractions that one needs to deploy and maintain such systems. In this talk, I describe my group's attack on this question by building a diverse set of statistical-based data-driven applications: a system whose goal is to read the Web and answer complex questions, a muon detector in collaboration with a neutrino telescope called IceCube, and a social-science applications involving rich content (OCR and speech data). Even in this diverse set, my group has found common abstractions that we are exploiting to build and to maintain systems. Of particular relevance to this workshop is that I have heard of applications in each of these domains referred to as "big data." Nevertheless, in our experience in each of these tasks, after appropriate ...
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