MDP: A PARADIGM FOR COMMUNICATION AND COMPUTATION IN MOBILE CLUSTER
Aghila Rajagopal · 2014
The proposed work explores the interprocess communication across communicating parallel tasks in a mobile cluster. The process which is linked with specific mobile or static nodes will not be resilient to the changing conditions of the mobile cluster. The proposed Mobile Distributed Pipes (MDP) model enables the location independent intertask communication among the processes executing in static and mobile nodes. This novel approach enables the migration of communicating parallel tasks during runtime, which occurs according to the context and location requirements. A transparent programming model for a parallel solution to Iterative Mobile Grid Computations (IMGC) using MDP is also proposed. The proposed model is resilient to the heterogeneity of nodes such as static or mobile and the changing conditions in the mobile cluster because of mobility. The design of runtime and functional library support for the proposed model is also presented.