This chapter presents principles and techniques for model-based black-box conformance
testing of real-time systems using the Uppaal model-checking tool-suite. The basis for …

We propose a new framework for black-box conformance testing of real-time systems, where
specifications are modeled as non-deterministic and partially-observable timed automata …

We propose a new framework for black-box conformance testing of real-time systems. The
framework is based on the model of partially-observable, non-deterministic timed automata …

We present T-Uppaal—a new tool for online black-box testing of real-time embedded
systems from non-deterministic timed automata specifications. We describe a sound and …

In the classic approach to logic model checking, software verification requires a manually
constructed artifact (the model) to be written in the language that is accepted by the model …

In this dissertation we report on our main research contributions dealing with Model-Based
Testing of Dynamic and Distributed Real-Time Systems, performed during the last ten years …

Conformance testing for labeled transition systems starts with defining when an
implementation conforms to its specification. One of the formal theories for model-based …

We extend our previous work on model-based conformance testing (Bensalem et al., 2007;
Krichen and Tripakis, 2009). We propose a formal framework for black-box conformance …

This article proposes novel off-line test generation techniques from non-deterministic timed
automata with inputs and outputs (TAIOs) in the formal framework of the tioco conformance …

We present a complete framework to formally test systems with distributed ports where some
choices are probabilistically quantified while other choices are non-deterministic. We define …