Add to ORKGInternational audienceIn this paper, we present in the context of mixed-signal board maintenance testing, language and implementation aspects of an automatic functional test pattern generation approach. The goal is to help maintenance test engineers. Our modeling method for mixed-signal boards and their components is presented and the languages proposed for modeling are described. The implementation of our test data generation process based on constraint logic programming is discussed. The application to a simple board is shown and the tool Copernicia developed in the context of our work is presented
Test phase is one of the most critical phases in software engineering life cycle to assure the final...
In model-driven development, testers are often focusing on functional model-level testing, enabling ...
© 2016 IEEE. A method is presented to address the automatic generation of test signals for analog an...
International audienceIn the context of maintenance testing and diagnosis of faulty boards, a functi...
In the context of maintenance and diagnosis of faulty boards, we introduce a functional FSM-based mo...
International audienceIn the context of maintenance testing and diagnosis of faulty boards, a functi...
In the context of maintenance testing and diagnosis of faulty boards, a functional FSM (Finite State...
We present an ongoing work in the domain of mixed-signal board maintenance testing, supported by an ...
This thesis addresses the issue of mixed-signal board test in maintenance stage. Numerous test metho...
International audienceWe present an ongoing work in the domain of mixed-signal board maintenance tes...
International audienceThis paper presents the validation protocol of a mixed-signal board ATPG metho...
We present the validation protocol of our mixed-signal board ATPG method. First results confirm the ...
The paper presents a new hardware-description language (OPART) which serves for spec- ifying th...
Model Based Testing (MBT) enables automatic generation of test cases using models to specify the sys...
Test phase is one of the most critical phases in software engineering life cycle to assure the final...
In model-driven development, testers are often focusing on functional model-level testing, enabling ...
© 2016 IEEE. A method is presented to address the automatic generation of test signals for analog an...
International audienceIn the context of maintenance testing and diagnosis of faulty boards, a functi...
In the context of maintenance and diagnosis of faulty boards, we introduce a functional FSM-based mo...
International audienceIn the context of maintenance testing and diagnosis of faulty boards, a functi...
In the context of maintenance testing and diagnosis of faulty boards, a functional FSM (Finite State...
We present an ongoing work in the domain of mixed-signal board maintenance testing, supported by an ...
This thesis addresses the issue of mixed-signal board test in maintenance stage. Numerous test metho...
International audienceWe present an ongoing work in the domain of mixed-signal board maintenance tes...
International audienceThis paper presents the validation protocol of a mixed-signal board ATPG metho...
We present the validation protocol of our mixed-signal board ATPG method. First results confirm the ...
The paper presents a new hardware-description language (OPART) which serves for spec- ifying th...
Model Based Testing (MBT) enables automatic generation of test cases using models to specify the sys...
Test phase is one of the most critical phases in software engineering life cycle to assure the final...
In model-driven development, testers are often focusing on functional model-level testing, enabling ...
© 2016 IEEE. A method is presented to address the automatic generation of test signals for analog an...