Future sensor technologies will also extend to complete sensor clusters, which are necessary to provide an optimum on traffic safety, as well as to supply all relevant information from this sensor elements to other control modules in the vehicle. These are comfort systems, e.g. information and navigation, driver assistance and comfort systems, such as lane keeping systems and crash avoidance and protection systems. In summary it can be recognised that the semiconductor microsystem technologies have led to a massive increase of sensor data captured in the vehicle, making cars safer, more reliable and of higher use-value. This trend will continue as long as the sensor technology can profit from the tremendous semiconductor productivity increase, according to Gordon-Moore, which we continue to observe. As an additional element of growth, the sensor data distribution will reach beyond the network of the vehicle. Progress in wireless technologies will ease capturing of data around the car, sourced from other cars, from sensors on the road infrastructure and consensed from a central server. This can be information about the actual road conditions due to weather influences, traffic situations or detours.
Automotive sensor integration
Integration von Sensoren in die Fahrzeugelektronik
2003
10 Seiten, 6 Bilder, 15 Quellen
Conference paper
English
British Library Conference Proceedings | 2003
|Automotive silicon sensor integration
Tema Archive | 1992
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