When using model checking to verify programs in practice, it is not usually possible to achieve complete coverage of the system. In this position paper we describe ongoing research within the Automated Software Engineering group at NASA Ames on the use of test coverage metrics to measure partial coverage and provide heuristic guidance for program model checking. We are specifically interested in applying and developing coverage metrics for concurrent programs that might be used to support certification of next generation avionics software
Associated research group: Critical Systems Research GroupIn many critical systems domains, test sui...
Copyright © 2006 IEEEEnsuring the functional correctness of a SoC is essential for successful design...
Associated research group: Critical Systems Research GroupStructural coverage metrics have tradition...
Associated research group: Critical Systems Research GroupThis paper presents a method for automatic...
To ensure ultra-high dependability and ultra-low defect rates, certification standards such as DO-17...
The correctness of program verification systems is of great importance, and it needs to be checked a...
Abstract. The correctness of program verification systems is of great importance, and it needs to be...
Abstract. The correctness of program verification systems is of great importance, and it needs to be...
Associated research group: Critical Systems Research GroupIn black-box testing, one is interested in...
Software creation requires not only testing during the development cycle by the development staff, b...
Abstract. Explicit-State Model Checking is a well-studied technique for the ver-ification of concurr...
International audienceThe V&V practices of safety-critical industries (e.g. avionics) are currently ...
Model checking of spacecraft systems Model checking is a powerful analysis technique that has emerge...
The V&V practices of safety-critical industries (e.g. avionics) are currently based on either unit t...
Abstract—In many critical systems domains, test suite ade-quacy is currently measured using structur...
Associated research group: Critical Systems Research GroupIn many critical systems domains, test sui...
Copyright © 2006 IEEEEnsuring the functional correctness of a SoC is essential for successful design...
Associated research group: Critical Systems Research GroupStructural coverage metrics have tradition...
Associated research group: Critical Systems Research GroupThis paper presents a method for automatic...
To ensure ultra-high dependability and ultra-low defect rates, certification standards such as DO-17...
The correctness of program verification systems is of great importance, and it needs to be checked a...
Abstract. The correctness of program verification systems is of great importance, and it needs to be...
Abstract. The correctness of program verification systems is of great importance, and it needs to be...
Associated research group: Critical Systems Research GroupIn black-box testing, one is interested in...
Software creation requires not only testing during the development cycle by the development staff, b...
Abstract. Explicit-State Model Checking is a well-studied technique for the ver-ification of concurr...
International audienceThe V&V practices of safety-critical industries (e.g. avionics) are currently ...
Model checking of spacecraft systems Model checking is a powerful analysis technique that has emerge...
The V&V practices of safety-critical industries (e.g. avionics) are currently based on either unit t...
Abstract—In many critical systems domains, test suite ade-quacy is currently measured using structur...
Associated research group: Critical Systems Research GroupIn many critical systems domains, test sui...
Copyright © 2006 IEEEEnsuring the functional correctness of a SoC is essential for successful design...
Associated research group: Critical Systems Research GroupStructural coverage metrics have tradition...