Tests of parallel and distributed systems

In order to meet the requirements to produce more complex distributed systems, it has become indispensable for system designers to rely on automated development procedures. The test-related activities in developing such systems represent up to 70% of the total production costs. As a result, Computer-Aided Software Engineering (CASE) tools, that support Model-Driven Engineering, have become an important means in the development process. Research in this field has led to the development of numerous integrated environments supporting various language specifications and model checkers, in addition to test generation tools that provide for a significant automation of the testing process. As a result, the efficiency of Model-Driven Engineering has already been demonstrated on numerous case studies, and is now being adopted by various industries. Contributing to this progress, the team continues its research by developing rigorous and efficient test methodologies and prototype tools for model-based testing.

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  • Jan. 29 : CRIM's Journée Techno - 5G
    15/01/2019

    5G: business model transformation, socioeconomic impacts and new technological landscape. Get the tools you need to make the most of these new opportunities!

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  • ICCSP 2019
    21 January 2019 0:00
    Kuala Lumpur, Malaysia
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Recent Publications

  • Towards Automatic Feature Extraction for Activity Recognition from Wearable Sensors: A Deep Learning Approach

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  • Checking Sequence Generation for Symbolic Input/Output FSMs by Constraint Solving

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