This report focuses on the safety analysis techniques and tools as they are applied to Automated Highway Systems (AHS). The report begins with a description of the AHS model. This is followed by a discussion of the basic features of Requirements State Machine Language (RSML) relevant to the model. The report concludes with a description of the safety analysis techniques, including forward and backward simulation, generation of fault trees, and consistency and completeness analysis.
Federal Highway Administration2019PDFTech ReportPorter, Richard J.Dunn, MichaelHamilton, IanGooch, J...
Safety critical systems—namely systems on which human lives depend—have to remain functional not onl...
International audienceIn critical applications regarding safety, a solution must be validated before...
This paper presents a specification for an automated freeway in a fully formal manner. A series of s...
This paper compares safety of automated and manual highway systems with respect to result- ing rear-...
The focus of this work is to derive a technique of safety analysis for an automated freeway system. ...
This paper is concerned with the consequences of control system failures and external intrusions to ...
This paper describes a fault tree analysis of an automated freeway and how conformity to safety crit...
This paper describes the process by which the safety requirements for a future motorway control syst...
We investigate the effect of a number of design alternatives on the safety and capacity of an Automa...
PDFTech ReportBDK80-977-37Highway safetyManualsImplementationCalibrationSoftwareData collectionAccid...
This is the final report for the project entitled \Evaluation and Analysis of Automated Highway Syst...
Graduation date: 2012The author of the Highway Safety Manual (HSM) Part B developed a predictive met...
International audienceAutomotive engineers have to meet evolving customer expectations, particularly...
This is the final and primary report of a PATH project which focused on developing and demonstrating...
Federal Highway Administration2019PDFTech ReportPorter, Richard J.Dunn, MichaelHamilton, IanGooch, J...
Safety critical systems—namely systems on which human lives depend—have to remain functional not onl...
International audienceIn critical applications regarding safety, a solution must be validated before...
This paper presents a specification for an automated freeway in a fully formal manner. A series of s...
This paper compares safety of automated and manual highway systems with respect to result- ing rear-...
The focus of this work is to derive a technique of safety analysis for an automated freeway system. ...
This paper is concerned with the consequences of control system failures and external intrusions to ...
This paper describes a fault tree analysis of an automated freeway and how conformity to safety crit...
This paper describes the process by which the safety requirements for a future motorway control syst...
We investigate the effect of a number of design alternatives on the safety and capacity of an Automa...
PDFTech ReportBDK80-977-37Highway safetyManualsImplementationCalibrationSoftwareData collectionAccid...
This is the final report for the project entitled \Evaluation and Analysis of Automated Highway Syst...
Graduation date: 2012The author of the Highway Safety Manual (HSM) Part B developed a predictive met...
International audienceAutomotive engineers have to meet evolving customer expectations, particularly...
This is the final and primary report of a PATH project which focused on developing and demonstrating...
Federal Highway Administration2019PDFTech ReportPorter, Richard J.Dunn, MichaelHamilton, IanGooch, J...
Safety critical systems—namely systems on which human lives depend—have to remain functional not onl...
International audienceIn critical applications regarding safety, a solution must be validated before...