Modern processors are using increasingly larger sized on-chip caches. Also, with each
CMOS technology generation, there has been a significant increase in their leakage energy …

With increasing number of on-chip cores and CMOS scaling, the size of last-level caches
(LLCs) is on the rise and hence, managing their leakage energy consumption has become …

A key challenge in chip multiprocessor (CMP) design is to optimize the performance within a
power budget limited by the CMP's cooling, packaging, and power supply capacities. Most …

Non-uniform cache architecture (NUCA) aims to limit the wire-delay problem typical of large
on-chip last level caches: by partitioning a large cache into several banks, with the latency of …

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 …

D-NUCA L2 caches are able to tolerate the increasing wire delay effects due to technology
scaling thanks to their banked organization, broadcast line search and data …

The loss of trust suffered by public institutions means that they are trying to identify the
existing formulae so that this can be restored, and this includes transparency. In universities …

The number of cores in a single chip in the nodes of high-end computing systems is on rise,
due, in part, to a number of constraints, such as power consumption. With this, the size of the …

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 …