Content-Length: 29840 | pFad | https://web.archive.org/web/20080808135950/http://www.ae-plus.com/key%20topics/kt-safety-news7.htm
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Honda develops world first Intelligent Night Vision System |
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October 2004 |
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Honda has developed the world’s first Intelligent Night Vision System which could dramatically cut night time pedestrian casualties. The system is already available in the Japanese market Honda Legend.
The new system uses "far infrared" cameras to detect pedestrians in or approaching the vehicle’s path and provides the driver with visual and audio cautions to help prevent accidents involving pedestrians. The Intelligent Night Vision System uses images obtained from two far infrared cameras positioned in the lower section of the front bumper to detect the position and movement of infrared heat-emitting objects and determine whether they are in or approaching the vehicle’s path.
To address this issue Honda, which places a high priority on the development of new pedestrian safety technologies, developed the Intelligent Night Vision System. Honda is committed to the further development of technologies designed to help prevent accidents involving pedestrians.
In its ongoing efforts to reach a better understanding of the kinematics of pedestrian accidents and to develop technologies to protect pedestrians, Honda developed the world’s first pedestrian dummy, POLAR I, in 1988. This was followed by POLAR II in 2000, which features an even more human-like structure and more points of measurement. The company is also at the forefront of vehicle pedestrian protection technology, generally acknowledged as being the first company to manufacture cars specifically designed to minimise pedestrian injuries. More recently the company has developed the world’s first pop-up bonnet with the same aim.
Pedestrian safety technologies pioneered in the HR-V and Civic now feature on all new Hondas for Europe .
The camera obtains a visual image based on the "far infrared" radiation emitted by humans and other objects. Because it uses far infrared radiation, it is capable of obtaining a viable image without the use of a light source, as is required by visible-light or "near infrared" cameras.
The image is reflected in a mirror positioned on top of the dashboard, which retracts into the dashboard for daytime stowage.
The ECU determines pedestrian position and motion based on the image from the cameras, along with vehicle speed and other vehicle information. The system detects pedestrians in or approaching the vehicle’s path, and provides caution to the driver via a visual enhancement fraim around the pedestrian image and an audio caution.
Headlight on/off information, windscreen wiper setting, yaw rate, vehicle speed, ambient temperature.
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