International audienceThis paper presents a tool for debugging behavioural models being analysed using model checking techniques. It consists of three parts: (i) one for annotating a behavioural model given a temporal formula , (ii) one for visualizing the erroneous part of the model with a specific focus on decision points that make the model to be correct or incorrect, and (iii) one for abstracting counterexamples thus providing an explanation of the source of the bug
AbstractThis paper is based on a real-life experience with behavior specification of a non-trivial c...
Software Debugging is still one of the most challenging and time consuming aspects of software devel...
International audienceSystem developers spend a significant part of their time debugging systems (i....
International audienceThis paper presents a tool for debugging behavioural models being analysed usi...
International audienceIn this paper, we present the CLEAR visualizer tool, which supports the debugg...
International audienceModel checking is an established technique for automatically verifying that a ...
International audienceDesigning and developing distributed software has always been a tedious and er...
International audienceModel checking is an established technique for automatically verifying that a ...
Abstract—We present an approach to support the de-bugging of stochastic system models using interact...
International audienceModel checking is an effective technique for the verification of critical syst...
Abstract—Developing model-based automatic debugging strategies has been an active research area for ...
We present an approach to support the debugging of stochastic system models using interactive visual...
Model checking is an established technique for automatically verifying that a model satisfies a give...
Software developers often must use their knowledge about the expected behaviors of software and its ...
Bugs are an unavoidable aspect of mathematical programming (MP) modelling. In this paper we discuss ...
AbstractThis paper is based on a real-life experience with behavior specification of a non-trivial c...
Software Debugging is still one of the most challenging and time consuming aspects of software devel...
International audienceSystem developers spend a significant part of their time debugging systems (i....
International audienceThis paper presents a tool for debugging behavioural models being analysed usi...
International audienceIn this paper, we present the CLEAR visualizer tool, which supports the debugg...
International audienceModel checking is an established technique for automatically verifying that a ...
International audienceDesigning and developing distributed software has always been a tedious and er...
International audienceModel checking is an established technique for automatically verifying that a ...
Abstract—We present an approach to support the de-bugging of stochastic system models using interact...
International audienceModel checking is an effective technique for the verification of critical syst...
Abstract—Developing model-based automatic debugging strategies has been an active research area for ...
We present an approach to support the debugging of stochastic system models using interactive visual...
Model checking is an established technique for automatically verifying that a model satisfies a give...
Software developers often must use their knowledge about the expected behaviors of software and its ...
Bugs are an unavoidable aspect of mathematical programming (MP) modelling. In this paper we discuss ...
AbstractThis paper is based on a real-life experience with behavior specification of a non-trivial c...
Software Debugging is still one of the most challenging and time consuming aspects of software devel...
International audienceSystem developers spend a significant part of their time debugging systems (i....