Wire delays and leakage energy consumption are both growing problems in designing large
on-chip caches. Nonuniform cache architecture (NUCA) is a wire-delay aware design …

Improvements in semiconductor nanotechnology made chip multiprocessors the reference
architecture for high-performance microprocessors. CMPs usually adopt large Last-Level …

High-end embedded processors demand complex on-chip cache hierarchies satisfying
several contradicting design requirements such as high-performance operation and low …

Wire delays and leakage energy consumption are both growing problems in the design of
large on chip caches built in deep submicron technologies. D-NUCA caches (Dynamic …

The era of cloud computing on-a-chip is enabled by the aggressive move towards many-
core platforms and the rapid adoption of Network-on-Chips. As a result, there is a need for …

This paper presents a novel on-chip memory space utilization strategy for architectures that
accommodate large on-chip software-managed memories. In such architectures, the access …

Advances in technology of semiconductor make nowadays possible to design Chip
Multiprocessor Systems equipped with huge on-chip Last Level Caches. Due to the wire …

Increasing on-chip wire delay and growing off-chip miss latency, present two key challenges
in designing large Level-2 (L2) CMP caches. Currently, some CMPs use a shared L2 cache …

Designing an efficient memory system is a big challenge for future multicore systems. In
particular, multicore systems increase the number of requests towards the memory systems …

The exploration, design, and implementation of the memory subsystem in multi-and many-
core platforms faces two main challenges: 1) Scalability—the increasing memory demands …