Nowadays, real-time embedded applications have to cope with an increasing demand of
functionalities, which require increasing processing capabilities. With this aim real-time …

A key issue to reduce the number of deadline misses and improve energy savings in
embedded real-time systems is to accurately estimate the execution time of tasks as a …

Embedded real-time systems are gradually increasing to execute high-performance-
oriented applications on multicore architecture. It is very necessary to have efficient task …

With the increasing demand for higher performance, the adoption of multicores has been a
major stepping stone in the evolution of hard real-time systems. Though the computational …

This paper proposes a new hardware-based energy management technique for future
embedded multithreaded processors with integrated Earliest Deadline First (EDF) real-time …

Heterogeneous multiprocessors can offer high performance at low energy expenditures.
However, to be able to use them in hard real-time systems, timing guarantees need to be …

Many-core systems provide a great performance potential with the massively parallel
hardware structure. Yet, these systems are facing increasing challenges such as high …

The shift from uniprocessor to multi-core architectures has made it more difficult to design
predictable hard real-time systems (HRTS) and achieving high processor utilization remains …

Power demand grows much faster than battery capacity in embedded systems. Dynamic
voltage and frequency scaling (DVFS) has been shown to be extremely efficient to save …

Single‐ISA heterogeneous multi‐core processors trade‐off power with performance;
however, threads that co‐run on shared resources suffer from resource contention, which …