Experiences in pure Java implementation of parallel libraries
ICOIN（2001）
摘要
Network-based high performance computing is gaining increasing popularity among the parallel computing community. Current parallel environments such as MPI (Message Passing Interface) or BSP (Bulk Synchronous Parallel) cannot be applied readily to heterogeneous computing platforms. In order to exploit the maximum performance potential that a heterogeneous environment brings, we conducted some experiments on implementing parallel libraries in pure Java, a fully platform-independent language. The paper describes our experiences in the implementation of MPI and BSP in pure Java. Implementation and efficiency issues such as data transport, network communication, support thread, barrier synchronization and dynamic class loading mechanism are discussed in detail
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关键词
parallel environments,bsp,heterogeneous environment,maximum performance potential,application program interfaces,parallel programming,network communication,heterogeneous computing platforms,network based high performance computing,heterogeneous computing platform,message passing interface,bulk synchronous parallel,parallel libraries,network-based high performance computing,pure java,current parallel environment,platform-independent language,pure java implementation,mpi,parallel computing community,parallel library,dynamic class loading mechanism,message passing,software libraries,data transport,java,support thread,barrier synchronization,hardware,intelligent networks,heterogeneous computing,computer science,computer languages,computer networks,concurrent computing,parallel computer
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