Cloud providers must dynamically allocate their physical resources to the right client to
maximize the benefit that they can get out of given hardware. Cache Allocation Technology …

Task-parallel programming models with input annotation-based concurrency extraction at
runtime present a promising paradigm for programming multicore processors. Through …

This paper investigates partitioning the ways of a shared last-level cache among the threads
of a symmetric data-parallel application running on a chip-multiprocessor. Unlike prior work …

Multiple applications executing concurrently on a multicore system interfere with each other
at different shared resources such as main memory and shared caches. Such inter …

In embedded systems such as automotive systems, multi-core processors are expected to
improve performance and reduce manufacturing cost by integrating multiple functions on a …

Multithreaded programs are commonly written and optimized for homogeneous multi-core
processors assuming equal performance from all the cores. This assumption greatly …

Additional transistors available in each process generation are used to increase the number
of cores on chip. This trend results in high execution unit performance relative to other …

Cloud providers must dynamically allocate their physical resources to the right client to
maximize the benefit that they can get out of given hardware. Cache Allocation Technology …

Los procesadores multicore integran en un mismo chip múltiples núcleos de procesamiento;
todos ellos comparten recursos, como niveles de la jerarquía cache o el controlador de …

Current architectural trends of rising on-chip core counts and worsening power-performance
penalties of off-chip memory accesses have made the shared last-level caches (LLC) one of …