![]() ![]() ![]() Performance analysis and comparison study of the proposed framework with P2P- MPI are also presented in this paper. It also provides scheduling, dynamic resource discovery and allocation, and sub-clustering of resources for different jobs. The idea presented in this paper effectively utilizes wide-area intercluster networks. ![]() Asynchronous mode of communication offers an assurance for message delivery as well as a fault tolerance mechanism for message passing. HPC Bus is responsible for communication and message passing in an asynchronous manner. The proposed model is based on Architecture for Java Universal Message Passing (A-JUMP) framework and Enterprise Service Bus (ESB) named as High Performance Computing Bus. We propose a model that provides message passing capabilities between parallel applications over the internet. It does not support message passing over the internet to use the computing resources of different clusters in an optimal way. MPI itself is restricted to a single cluster. As compared to Grid computing, MPI is better suited for solving most of the complex computational problems. On the other hand the leading model for HPC programming is Message Passing Interface ( MPI). Grid computing provides global infrastructure of interconnecting clusters consisting of dispersed computing resources over Internet. Therefore the need of High Performance Computing (HPC) based implementation for interconnecting clusters is comprehensible for scalability of clusters. In prevailing technology trends it is apparent that the network requirements and technologies will advance in future. Hafeez, M Riaz, N Asghar, S Malik, U A Rehman, A International Nuclear Information System (INIS) Message Passing Framework for Globally Interconnected Clusters Message-passing has been the dominant paradigm in high-pe. It shows that a credible high-performance message-passing communication library, with semantics and syntax following the Message-Passing Interface ( MPI) Standard, can be built in pure C# (one of the. This work endeavours to achieve technology transfer between established best-practice in academic high-performance computing and current techniques in commercial high-productivity computing. Mc MPI – a managed-code message passing interface library for high performance communication in C# ![]()
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