Optimal Power Management System in Embedded Devices by using Novel Scheduling Algorithm

Abstract

Recently, Android is being integrated and applied to various embedded systems because of good characteristics like open source, a wide connective range, multitasking, and secure communications. Most of the modern embedded designers have been focused on system performance while reducing operating power consumption. However, increasing the performance level inevitably increases power consumption. In this article, an optimal power management (OPM) system is proposed for embedded systems using a novel scheduling algorithm. It can control the operating power consumption of open source platforms (Raspberry-PI, Parallella, and Arduino) supported hardware devices (ZynqBerry, ZynqParallela, and ArduZynq). The proposed OPM system uses the scheduling algorithm based on the functionality of optimization and their tasks. Moreover, the proposed OPM system provides the low or high frequency to the devices upon receiving the low frequency and high frequency request from the devices. The simulation result is calculated in terms power consumption, maximum operating frequency and hardware utilization.

A Self-Organized Scheduling Algorithm for Embedded Real-Time Systems

“…An improved exploration of the design space is achieved by incorporating specific domain knowledge into the genetic operators, which avoids exploring unpromising configurations. Performance and power consumption are two conflicting objectives addressed by Shanthaveeraiah and Balsubramani, (2020). Proactivity of the proposed scheduling algorithm allows the power management system to assign the devices low or high frequency accordingtotheirneeds.EmbeddedsystemsdesignproblemistackledbySalimietal.…”