Comparative Analysis, Design and Simulation Results for Dynamic Scheduling Policy for Multiprocessor System

This research Paper to be carried out is on the design methodology required to make intelligent decisions about the RUNTIME multiprocessor –systems (Multi Processor System) management and mapping of dynamic embedded software. However, obtaining experimental evidence of the soundness of the methodology by applying it on actual applications is a major requirement. This evolution, embedded processors become ubiquitous (present everywhere simultaneously) and a new role for embedded software in contemporary and future Multiple-Processor systems (Multi Processor System) is reserved. Next to these programmable components, they contain a large number of memories organized in many different ways. Hence there is a need for proper management of all the data and computation in these complex systems.