Mechanical Verification of Parameterized Real-Time Systems

Focusing on the challenges of verifying parameterized real-time systems, this work introduces a framework that combines mechanical and semi-automatic verification methods to ensure correct behavior in safety-critical applications. By utilizing the Timed CSP process calculus, it offers an interactive theorem proving environment equipped with debugging tools. This approach allows for the automatic verification of finite instances, ultimately supporting comprehensive verification of the entire system, thereby addressing the limitations of traditional verification techniques.