Publication | Open Access
Reduced Complexity Safety Testing for ADAS & ADF
44
Citations
8
References
2017
Year
EngineeringComplexity Safety TestingVerificationSafety ScienceRobustness TestingSoftware EngineeringAdvanced Driver-assistance SystemSoftware AnalysisFormal VerificationComplexitySystems EngineeringRuntime VerificationSystematical EvaluationComputer EngineeringComputer ScienceTraffic EngineeringAutonomous DrivingDriver PerformanceProgram AnalysisAutomated Driving FunctionsSoftware TestingAutomationFormal MethodsAutomated Vehicle
This paper focuses on systematical evaluation of Advanced Driver Assistance Systems and Automated Driving Functions. To overcome the curse of dimensionality we propose to use a test case catalogue, which is proven to have a good coverage of critical traffic situation. Secondly, a method for assessment of safety performance is introduced. It is based on evaluating the performance limit of automated vehicle in a given test case and relating it to its overall exposure rate in real world traffic situations. Through a case study, the parametrization and generation of test scenarios and evaluation for an ADAS(ACC) system is presented.
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