Recent advancements in sensor technologies, in conjunction with signal processing and
machine learning, have enabled real-time traffic control systems to adapt to varying traffic …

Worst-case execution time (WCET) analysis has reached a high level of precision in the
analysis of sequential programs executing on single-cores. In this paper we extend a state …

Synchronous languages like Esterel have been widely adopted for designing reactive
systems in safety-critical domains such as avionics. Specifications written in Esterel are …

Control-command systems must usually satisfy a set of high-level end-to-end timing
constraints to ensure their correctness. We propose a formal approach to verify these …

Multicore processors provide better power-performance trade-offs compared to single-core
processors. Consequently, they are rapidly penetrating market segments which are both …

For embedded systems, verifying both real-time properties and logical validity are important.
The embedded system is not only required to the accurate operation but also required to …

Synchronous programs have been widely used in the design of safety critical systems such
as the flight control of Airbus A-380. To validate the implementations of synchronous …

The synchronous model of computation is well suited for real-time systems, because it
allows static analysis in order to find and guarantee their reaction times. Today's multi-core …

Static estimation of the Worst Case Reaction Time (WCRT) of synchronous programs is
pivotal for designing hard-real time systems in these languages. The current approaches to …

In verifying programs for embedded systems, it is essential to reduce the verification time
because state explosion may occur during model checking. One solution is to reduce the …