Heterogeneous multiprocessor platform has been widely adopted as an effective approach
to providing strong calculation capability while keeping complexity and energy consumption …

Due to the high integration density and roadblock of voltage scaling, modern multicore
processors experience higher power densities than previous technology scaling nodes …

Multi/Many-core systems are prevalent in several application domains targeting different
scales of computing such as embedded and cloud computing. These systems are able to …

To meet the performance and energy efficiency demands of emerging complex and variable
workloads, heterogeneous many-core architectures are increasingly being deployed …

Network-on-Chips (NoCs) are the de facto choice for designing the interconnect fabric in
multicore chips due to their regularity, efficiency, simplicity, and scalability. However, NoC …

High energy consumption is one of the biggest obstacles to the rapid development of
computing systems, and reducing energy consumption is quite urgent and necessary for …

Dynamic voltage and frequency scaling (DVFS) is one of the most popular and exploited
techniques to reduce power consumption in multicore embedded systems. However, this …

Modern embedded systems execute multiple applications, both sequentially and
concurrently. These applications are exercised on heterogeneous platforms generating …

In this paper, the joint optimization problem with energy efficiency and effective resource
utilization is investigated for heterogeneous and distributed multi-core embedded systems …

Power management through dynamic voltage and frequency scaling (DVFS) is one of the
most widely adopted techniques. However, it impacts application reliability (due to soft …