Thermal stress including temperature gradients in time and space, as well as thermal
cycling, influences lifetime reliability and performance of modern multiprocessor systems-on …

In this brief, a new distributed thermal management scheme using task migrations based on
a new temperature metric called effective initial temperature is proposed to reduce the on …

It is challenging to manage the thermal behavior of many-core microprocessors while still
keeping them running at high performance since the control complexity increases as the …

With the exponential growth of data volume, big data have placed an unprecedented burden
on current computing infrastructure. Dimensionality reduction of big data attracts a great deal …

Technology scaling has enabled integration of a large number of intellectual property cores,
memory units and processing elements on a single chip. This has led to the evolution of …

Dark silicon phenomenon is significant in today's multi/many-core systems manufactured
using new generation technology. In order to enhance performance of dark silicon systems …

Increasing the number of cores on a chip is one way to solve the bottleneck of exponential
growth but an excessive number of cores can lead to problems such as communication …

Leakage power is becoming significant in new generation IC chips. As leakage power is
nonlinearly related to temperature, it is challenging to manage the thermal behavior of …

This work proposes a new dynamic thermal and reliability management framework via task
mapping and migration to improve thermal performance and reliability of commercial …

Request for more computation power steadily forces designers to provide more powerful
processors using more number of cores on a single chip. The increasing complexity of …