Power and thermal are major constraints for delivering compute performance in high-end
CPU and are expected to be so in the future. CMP is becoming important by delivering more …

This paper describes a fast and accurate technique to predict the steady-state throughput
and the corresponding power consumption of a homogeneous multicore processor for a …

This work proposes an automatic methodology for modeling complex systems. Our
methodology is based on the combination of Grammatical Evolution and classical …

This article introduces McPAT, an integrated power, area, and timing modeling framework
that supports comprehensive design space exploration for multicore and manycore …

This paper explores various possibilities for autonomic enhancements to a multi-core
network processor system on chip. Based on the autonomic system on chip paradigm, it is …

This work addresses the issues of access latency and energy consumption in value
predictor design for high-frequency, wide-issue microprocessors. Previous value prediction …

Fast and accurate performance and power prediction is a key challenge in pre-silicon
design evaluations during the early phases of hardware and software co-development …

While the last 30 years has seen the computer industry driven primarily by faster and faster
uniprocessors, those days have come to a close. Emerging in their place are …

One of the key challenges for multi-core processors in the nano-CMOS era is dealing with
the increased temperatures. It is imperative that peak temperatures are reduced and that …

Resource management strategies for many-core systems dictate the sharing of resources
among applications such as power, processing cores, and memory bandwidth in order to …