Energy aware scheduling and dynamic job mapping algorithm for Network-on-Chip architectures

Abstract

The routing results of Network-on-Chip (NoC) increase energy consumption and delay. In order to overcome this issue, Energy aware task scheduling followed by dynamic job mapping concept is developed for NoC. Energy aware task scheduling algorithm allocates tasks on different elements under process and schedules the execution. Dynamic task mapping is applied to improve the performance of NoC and also to reduce both power consumption and delay in a non-preemptive network. The result of this proposed technique is more energy efficient and reduces latency.