… shared-memory multicore systems with large core counts, and by the energy usage issue …
energy savings of a multicore system compared to the system using a single core. To define …

… high-performance demands, real-time embedded systems are starting to adopt multicore
architectures into their design. However, scheduling real-time tasks on a multicore system is not …

… modern multicore processors that leverage these HPEEC techniques to deliver high performance
per … design challenges and future research directions for HPEEC system development. …

… aware configuration is general enough for memory-sharing multicore systems. The power-thread
relationship of both quicksort and our benchmark Jacobi [28], [34] are very similar. …

… chapter are that general-purpose multicore systems require a balanced design but that
substantial challenges in programmability, system software, and energy efficiency still remain. …

… In multicore systems, shared resources such as caches or … performance and poor energy
efficiency. The characteristics of in… resource contention, performance, and energy efficiency. We …

… to states of either in-efficient energy consumption or performance degradation. On the other
hand… multi-core systems. The results show that it provides up to 20% better performance than …

… Aiming for higher energy efficiency, many multicore systems allow for modification of the
core clock rate (via the P-states). Although decreasing operating frequency for memory-bound …

… For better efficiency, heterogeneous multi-core systems are being developed which houses
both low power and high power-consuming cores on the same chip. High power cores …

… Substantial prior work has proposed the use of heterogeneous processors to improve the
energy efficiency of multicore platforms [3, 5, 7]. Researchers have developed appropriate …