This site provides you with solutions patterns for testing, validating or verifying automated cyber-physical systems.
Under About V&V-Patterns you will find some explanation of what is understood by this kind of patterns.
Under The V&V-Patterns you will find an overview and the description of all patterns collected on this website.
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Terms frequently used on this website:
|ACPS||Automated (Autonomous) Cyber-Physical System|
|ADAS||Advanced Driver Assistant System|
|ADS||Automated Driving System|
|ASIL||Automotive Safety Integrity Level|
|D&V||Design and Verification|
|DoE||Design of Experiment|
|ENABLE-S3||European Initiative to Enable Validation for Highly Automated Safe and Secure Systems|
|HARA||Hazard and Risk Analysis|
|HiL||Hardware in the Loop|
|KPI||Key Performance Indicator|
|MiL||Model in the Loop|
|SIL||Safety Integrity Level|
|SiL||Software in the Loop|
|SuT||System under Test|
|UC||Use Case||V&V||Validation and Verification|
|ViL||Vehicle in the Loop|
|XiL||Anything (System) in the Loop|
|Abstract Scenario||A class of similar scenarios (scenario class)|
|Autonomous||Acting alone or independently.|
|Key Performance Indicator||observable result-parameter/variable, describing the result of a test case together with requirements that it must not violate in order to pass.|
|KPI (behavior) model||Representation of observed KPI values that predicts the KPI values for non-tested input parameter value combinations.|
|Maneuver||A controlled change in position, directions, or movement of a mobile object (e.g. vehicle).|
|Scenario||A generic real-world situation including variation points for certain environment parameters.|
|Test Case||Scenario with specific input parameters (stimuli for the SuT) and expected output/behaviour. Can include rules for evaluating the observed results (e.g. tolerances with respect to expected results, and a test environment.|