A framework for integrated monitoring of real-time embedded SoC

The presented Ph.D. work deals with the development of a framework to support the design of embedded systems. In particular, it focuses on the development of a unobtrusive profiling system to support, at run-time, both the definition of the best execution platform and its resource optimization. The final goal is the definition of a framework exploiting reconfigurable logic, based on monitoring actions and run-time decisions. The profiling system under development and its high portability toward different architectures, representing current status of Ph.D. work, are described. Planned future steps, including benchmarking by means of industrial applications, are illustrated.