Multicore Resource Management

Microarchitectural Resource Management Issues on Multicore NUMA Systems

Modern computer systems make use of multiple cores and NUMA (Non Uniform Memory Access) architecture. Since multiple cores share various microarchitectural resources such as LLC (Last Level Cache), memory interface and interconnect, contentions on these resources become a serious performance bottleneck. In this paper, we explore research issues how to manage these resources to mitigate such con...

Proposed Feature Selection for Dynamic Thermal Management in Multicore Systems

Increasing the number of cores in order to the demand of more computing power has led to increasing the processor temperature of a multi-core system. One of the main approaches for reducing temperature is the dynamic thermal management techniques. These methods divided into two classes, reactive and proactive. Proactive methods manage the processor temperature, by forecasting the temperature be...

Multicore Programming with LabVIEW Technical Resource Guide

Improving Multicore Resource Efficiency and Performance

Jafri, Syed Ali, Raza. Ph.D., Purdue University, December 2013. Improving Multicore Resource Efficiency. Major Professors: T. N. Vijaykumar and Mithuna Thottethodi. With clock speeds stagnating for the last few years and multi-cores having replaced uniprocessors, software development must now turn towards shared memory parallel programming to continue enhancing performance. Shared memory parall...

Resource Management Design in 3D-Stacked Multicore Systems for Improving Energy Efficiency

Technology scaling and increasing power densities have led to a transition from single-core to multi-core processors, and the trend is now moving towards many-core architectures. Hundreds of millions of transistors can now be integrated on a single chip, however, they cannot be fully exploited due to interconnect/memory latency, power consumption, and yield related challenges. 3D integration is...