A generic evaluation methodology for advanced safety systems

References

• Aparicio , F. . on behalf of EEVC WG19 EEVC WG19, Activities on primary and secondary safety interaction . Proc. 19th Int. Tech. Conf. Enhanced Safety Vehicles (ESV) . Washington, D. C.. Paper Number 05-0462
   Google Scholar
• GIDAS, German Accident In-Depth Study Available online at www.gidas.org
   Google Scholar
• McCarthy , M. , de Lange , R. and Lemmen , P. 2006 . Review of regulations and research regarding advanced safety functions Available online at www.aprosys.com/Documents/deliverables/AP_SP13_0011.pdf Deliverable D1.3.1, APROSYS Document AP-SP13-0011
   Google Scholar
• OICA/CLEPA . 2005 . Certification standard for type approval testing of active deployable systems of the bonnet/windscreen area Available online at www.unece.org/trans/doc/2005/wp29grsp/ps-141e.pdf Draft document INF GR PS 141
   Google Scholar
• Oostendorp , A. 2005 . Accidentology and test conditions and parameters for side protection systems Deliverable D6.1.7, APROSYS Document AP-SP61-0018
   Google Scholar
• Page , Y. 2005 . Accident causation analysis and the evaluation of the safety benefits of technologies , The TRACE Project . Available online at www.trace-project.org
   Google Scholar
• Tandler , J. , Preis , C. , Willersinn , D. and Grinberg , M. . Side pre-crash sensing system specification . Intelligent Vehicles Symposium . Japan.
   Google Scholar