Radar sensors for automotive collision warning and avoidance

@inproceedings{Grosch1995RadarSF,
  title={Radar sensors for automotive collision warning and avoidance},
  author={Theodore Grosch},
  booktitle={Defense, Security, and Sensing},
  year={1995}
}
  • T. Grosch
  • Published in
    Defense, Security, and…
    30 June 1995
  • Computer Science, Business, Environmental Science
Many different sensors and systems, from sonar to machine vision, have been installed on ground vehicles and automobiles. This paper describes the use of radar to improve driving safety and convenience. Radars are valuable sensors for all weather operation and experiments with automotive radar sensors have been conducted for over 40 years. This paper shows the advantages and disadvantages of applying microwave and millimeter wave radar to obstacle detection and collision avoidance in a roadway… 

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References

System considerations for the design of radar braking sensors

The review and discussion of topics fundamental to the design of operational radar sensors for automatically activated braking systems for automobiles, including false detection and intersystem problems are discussed.