The work in this thesis addresses the improvement of the testing process with a view to automating test data generation as well as its quality evaluation, in the framework of reactive synchronous systems specified in Lustre/SCADE. On the one hand, we present a testing methodology using the Lutess tool that automatically generates test input data based exclusively on the environment description of the system under test. On the other hand, we are based on the SCADE model of the program under test and we define structural coverage criteria taking into account two new aspects: the use of multiple clocks as well as integration testing, allowing the coverage measurement of large-sized systems. These two strategies could have a positive impact in ...
Testing is the main activity in software validation. For reducing the testing costs and increasing t...
International audienceIn this case study we test a landing gear control system of a military aircraf...
In this paper we present a method for automatically testing interactive multimodal systems1. The pro...
The work in this thesis addresses the improvement of the testing process with a view to automating t...
Ce travail porte sur l'amélioration du processus de test, en offrant des moyens d'automatiser la gén...
This work deals with the automatic testing of interactive systems. The proposed approach is based on...
This work deals with functional, specification-based and fully automated testing of synchronous soft...
The specification, implementation, verification and validation of reactive software by means of the ...
This work deals with the design of functional testing environments for reactive systems formally spe...
Lustre is a synchronous dataflow-oriented language for the specification of reactive systems. Since ...
Test data generation and test execution are both timeconsuming activities when done manually. Automa...
Nous nous intéressons aux approches formelles pour le développement de systèmes réactifs critiques. ...
Le test est une activité essentielle pour assurer la qualité des systèmes électroniques embarqués. D...
This work deals with the structural testing of the synchronous reactive programs written in Lustre a...
International audienceLustre is a formal synchronous declarative language widely used for modeling a...
Testing is the main activity in software validation. For reducing the testing costs and increasing t...
International audienceIn this case study we test a landing gear control system of a military aircraf...
In this paper we present a method for automatically testing interactive multimodal systems1. The pro...
The work in this thesis addresses the improvement of the testing process with a view to automating t...
Ce travail porte sur l'amélioration du processus de test, en offrant des moyens d'automatiser la gén...
This work deals with the automatic testing of interactive systems. The proposed approach is based on...
This work deals with functional, specification-based and fully automated testing of synchronous soft...
The specification, implementation, verification and validation of reactive software by means of the ...
This work deals with the design of functional testing environments for reactive systems formally spe...
Lustre is a synchronous dataflow-oriented language for the specification of reactive systems. Since ...
Test data generation and test execution are both timeconsuming activities when done manually. Automa...
Nous nous intéressons aux approches formelles pour le développement de systèmes réactifs critiques. ...
Le test est une activité essentielle pour assurer la qualité des systèmes électroniques embarqués. D...
This work deals with the structural testing of the synchronous reactive programs written in Lustre a...
International audienceLustre is a formal synchronous declarative language widely used for modeling a...
Testing is the main activity in software validation. For reducing the testing costs and increasing t...
International audienceIn this case study we test a landing gear control system of a military aircraf...
In this paper we present a method for automatically testing interactive multimodal systems1. The pro...