Dynamic Resources for Multicore Processor using Register File Protection

Dynamic Resources for Multicore Processor using Register File Protection

A massive investment in the design multicore has been accomplished through technologies that impose significant barriers to assure the reliable operation of future chips. Extremely complex, parallel, multi-core processor fabricated in these technologies will become more vulnerable to several factors that produce transient (soft) errors or permanent (hard) errors. One of the critical issues to p...

Performance Evaluation of Superscalar Processor with Multi-Bank Register File Using SPEC2000

Recently, register files in highly parallel superscalar processors tend to have large chip area and many access ports. This trend causes problems with chip-size, access time and power consumption. As one of the approaches for solving these problems, researchers have proposed several methods using a multi-bank register file instead of multi-port register file. And we have proposed a method to ac...

A Power Aware Cache and Register File Design Space Exploration

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...

Instruction Placement for an EDGE Multicore Processor Using Reinforcement Learning

Communication overheads are one of the fundamental challenges in a multiprocessor system. As the number of processors on a chip increases, communication overheads and the distribution of computation and data become increasingly significant. The granularity of communication between processors on a single chip in future systems will determine how significant these overheads will be. Fine-grained ...