MPI (Message Passing InterfaceDistributed computing is at the heart of many applications. It arises as soon as one has to solve a problem in terms of entities - such as processes, peers, processors, nodes, or agents - that individually have only a partial knowledge of the many input ...
BEA MessageQ supports both the peer-to-peer or the client/server models of distributed computing. Peer-to-Peer Communication Model A message queuing system provides peer-to-peer communication through a standard message-passing mechanism. Communicating programs can operate independently while using the ...
Remote memory locations require explicit message passing in order to access them, and therefore the programmer is aware of data locality. Shared memory processing for local node computing is widely regarded as beneficial for cluster computing. Unlike the distributed shared memory case, the locality of...
The message passing interface (MPI) is a standardized means of exchanging messages between multiple computers running a parallel program across distributed memory. In parallel computing, multiple computers – or even multiple processor cores within the same computer – are called nodes. Each node in t...
TheMessage Passing Interface (MPI)is an open library and defacto standard for distributed memory parallelization. It's commonly used across many HPC workloads. HPC workloads on theRDMA capableHB-seriesandN-seriesVMs can use MPI to communicate over the low latency and high bandwidth InfiniBand netwo...
In this paper, we present the three libraries PACX-MPI, PLUS, and PVMPI that provide message-passing between different high-performance computers in metacomputing environments. Each library supports the development and execution of distributed metacomputer applications. The PACX-MPI approach offers a ...
Most concurrent programming languages support either synchronous or asynchronous message passing, but not both. Although these two kinds of message passing are equivalent because each can be implemented in terms of the other, programmers seem to have a strong preference for one or the other. ...
In this project we studied the practical use of the MPI message-passing interface in advanced distributed computing environments. We built on the existing ... NT Karonis - 《Office of Scientific & Technical Information Technical Reports》 被引量: 1发表: 2000年 MPICH-G2: A Grid-enabled impleme...
Mutual exclusion has been widely studied in distributed systems where processes communicate by asynchronous message passing, and a comprehensive survey is given... YI Chang - 《Journal of Parallel & Distributed Computing》 被引量: 107发表: 1996年 Asynchronous group mutual exclusion in ring networks ...
This paper describes the design of LWSLT, a robust, portable, high-performance messagepassing library for the AP3000. LWSLT provides the basic communications facilities in Fujitsu's forthcoming MPI2 product for the AP3000. In addition to the standard message send and receive functions, LWSLT sup...