Testing is the primary software validation technique used by industry today, but remains ad hoc, error prone, and very expensive. A promising improvement is to automatically generate test cases from formal models of the system under test. We demonstrate how to automatically generate real-time conformance test cases from timed automata specifications. Specifically we demonstrate how to fficiently generate real-time test cases with optimal execution time i.e test cases that are the fastest possible to execute. Our technique allows time optimal test cases to be generated using manually formulated test purposes or generated automatically from various coverage criteria of the model
In this paper we present a framework, an algorithm and a new tool for online testing of real-time sy...
We present TUPPAAL --- a new tool for online black-box testing of real-time embedded systems from n...
In the context of use-case centric development and requirements-driven testing, this paper addresses...
Testing is the most dominating validation activity used by industry today, and there is an urgent ne...
This chapter presents principles and techniques for model-based black-box conformance testing of rea...
This work aims to investigate the state of the art in test case generation for real-time systems, to...
Colloque avec actes et comité de lecture.Many critical, real-time systems or multimedia systems have...
AbstractWe present a generalization of the classical theory of testing for Mealy machines to a setti...
We present a generalization of the classical theory of testing for Mealy machines to a setting of de...
We present a generalization of the classical theory of testing for Mealy machines to a setting of de...
Abstract. Testing is an important step in validation process of critical systems. Black box testing ...
Abstract. Testing real-time systems is an important and not obvious step in the validation process o...
Testing is the dominant verification technique used in the software industry today. The use of autom...
We present T-Uppaal{} -- a new tool for online black-box testing of real-time embedded systems from ...
The goal of testing is to gain confidence in a physical computer based system by means of executing ...
In this paper we present a framework, an algorithm and a new tool for online testing of real-time sy...
We present TUPPAAL --- a new tool for online black-box testing of real-time embedded systems from n...
In the context of use-case centric development and requirements-driven testing, this paper addresses...
Testing is the most dominating validation activity used by industry today, and there is an urgent ne...
This chapter presents principles and techniques for model-based black-box conformance testing of rea...
This work aims to investigate the state of the art in test case generation for real-time systems, to...
Colloque avec actes et comité de lecture.Many critical, real-time systems or multimedia systems have...
AbstractWe present a generalization of the classical theory of testing for Mealy machines to a setti...
We present a generalization of the classical theory of testing for Mealy machines to a setting of de...
We present a generalization of the classical theory of testing for Mealy machines to a setting of de...
Abstract. Testing is an important step in validation process of critical systems. Black box testing ...
Abstract. Testing real-time systems is an important and not obvious step in the validation process o...
Testing is the dominant verification technique used in the software industry today. The use of autom...
We present T-Uppaal{} -- a new tool for online black-box testing of real-time embedded systems from ...
The goal of testing is to gain confidence in a physical computer based system by means of executing ...
In this paper we present a framework, an algorithm and a new tool for online testing of real-time sy...
We present TUPPAAL --- a new tool for online black-box testing of real-time embedded systems from n...
In the context of use-case centric development and requirements-driven testing, this paper addresses...