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Final testing protocols

Authors :
Jacobson, Jan
Eriksson, Henrik
Hérard, Jacques
Leandersson-Olsson, Susanna
Nordström, Lars
Basso, Rafael
Fredriksson, Krister
Dalmau, Josep Maria
Aparicio, Andres
Baures, Sebastien
Munoz, Oscar
Lesemann, Micha
Zlocki, Adrian
Lützow, Jörn
Fahrenkrog, Felix
Bruzelius, Fredrik
Andersson, Håkan
Hjort, Mattias
Westhoff, Daniel
Vesco, Mauro
Camuffo, Isabella
Marenco, Silvano
Murdocco, Vincenzo
Sanchez, Javier
Isasi, Lucia
Jacobson, Jan
Eriksson, Henrik
Hérard, Jacques
Leandersson-Olsson, Susanna
Nordström, Lars
Basso, Rafael
Fredriksson, Krister
Dalmau, Josep Maria
Aparicio, Andres
Baures, Sebastien
Munoz, Oscar
Lesemann, Micha
Zlocki, Adrian
Lützow, Jörn
Fahrenkrog, Felix
Bruzelius, Fredrik
Andersson, Håkan
Hjort, Mattias
Westhoff, Daniel
Vesco, Mauro
Camuffo, Isabella
Marenco, Silvano
Murdocco, Vincenzo
Sanchez, Javier
Isasi, Lucia
Publication Year :
2011

Abstract

This report is the final document summarizing the inspection and testing protocols of the eVALUE project. It describes principles, inspection protocols and testing protocols for performance testing of ICT-based safety systems. The inspection protocols (published earlier in D2.2) and the testing protocols introduced in D3.1 are replaced by the ones in D3.2. The older versions are obsolete and should be disregarded. The inspection protocols cover the definition of the test vehicle, HMI aspects, environmental conditions, and functional safety. The inspection protocols are used to prepare for the physical tests as well as evaluating the performance of the vehicle. The testing protocols address longitudinal, lateral, and stability-oriented traffic scenarios. The longitudinal scenarios include a pedestrian crossing the road in front of the vehicle, or the situation where a driver approaches a stationary queue of cars. Involuntarily lane departures and cars in the blind spot during a lane change are situations covered by the lateral scenarios. Exiting a highway, avoiding an obstacle, and braking on a partially ice-covered road surface are examples of traffic scenarios related to stability.

Details

Database :
OAIster
Notes :
application/pdf, English
Publication Type :
Electronic Resource
Accession number :
edsoai.on1233743536
Document Type :
Electronic Resource