Scheduling paradigms for job execution in mobile grid environment

Abstract

With the advent of distributed systems parallel programming has been a solution for many high computations and memory required engineering applications Advancement in technology has also made mobile devices to be part of the distributed systems thus supporting Iterative Mobile grid computations In certain class of applications the domain of computation is divided with the need to exchange their boundary values across the subdomain In such critical cases the participation of the mobile devices in the newlinegrid requires a special solution to handle the constraints associated with the mobile devices Hence the novel Mobile Distributed Pipe MDP model is proposed to handle transparent programmability of communicating parallel tasks among the mobile clusters. The work also explores solutions to enable newlinelocation independent inter task communication among processes across static and mobile nodes The process which is linked with specific mobile or static nodes will not be resilient to the changing conditions of the mobile cluster This novel approach enables the migration of communicating parallel tasks during runtime which occurs according to the context and location requirements newline newline