Analysis and verification challenges for cyber-physical transportation systems
Substantial technological and engineering advances in various disciplines make it possible more than ever before to provide autonomous control choices for cars, trains, and aircraft. Correct automatic control can improve overall safety tremendously. Yet, ensuring a safe operation of those control assistants under all circumstances requires analysis techniques that are prepared for the rising complexity resulting from combinations of several computerized safety measures. We identify cases where cyber-physical transportation systems pose particularly demanding challenges for future research in formal analysis techniques.
@INPROCEEDINGS{ClarkeKPR08,
author = {Edmund M. Clarke and
Bruce Krogh and
Andr{\'e} Platzer and
Raj Rajkumar},
title = {Analysis and Verification Challenges for
Cyber-Physical Transportation Systems},
year = {2008},
booktitle = {NITRD National Workshop for Research on
Transportation Cyber-Physical Systems:
Automotive, Aviation, and Rail},
pdf =
{http://www.ee.washington.edu/research/nsl/aar-cps/AndrePlatzer-20081020163241.pdf},
abstract = {
Substantial technological and engineering advances in
various disciplines make it possible more than ever
before to provide autonomous control choices for cars,
trains, and aircraft. Correct automatic control can
improve overall safety tremendously. Yet, ensuring a
safe operation of those control assistants under all
circumstances requires analysis techniques that are
prepared for the rising complexity resulting from
combinations of several computerized safety measures.
We identify cases where cyber-physical transportation
systems pose particularly demanding challenges for
future research in formal analysis techniques.}
}```