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Yun He, Chris Ding

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Abstract

MPH version 2 combines all features of MPH version 1, unifies the interfaces, and provides more flexible components integration/execution modes. In a distributed multi-component environment, each executable resides on a set of SMP nodes. Components within an executable may overlap on different nodes or processors. MPH Version 2 contains the following functionality: component name registration; resource allocation; multi-component single executable, multi-component multi-executable, etc.; inter-component communication; inquiry on the multi-component environment; and standard in/out redirect.

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MPH version 2 combines all features of MPH version 1, unifies the interfaces, and provides more flexible components integration/execution modes. In a distributed multi-component environment, each executable resides on a set of SMP nodes. Components within an executable may overlap on different nodes or processors. MPH Version 2 contains the following functionality: component name registration; resource allocation; multi-component single executable, multi-component multi-executable, etc.; inter-component communication; inquiry on the multi-component environment; and standard in/out redirect.

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Available abstract

MPH version 2 combines all features of MPH version 1, unifies the interfaces, and provides more flexible components integration/execution modes. In a distributed multi-component environment, each executable resides on a set of SMP nodes. Components within an executable may overlap on different nodes or processors. MPH Version 2 contains the following functionality: component name registration; resource allocation; multi-component single executable, multi-component multi-executable, etc.; inter-component communication; inquiry on the multi-component environment; and standard in/out redirect.

Key concepts: Executable, Component (thermodynamics), Handshaking, Computer science, Set (abstract data type), Distributed computing, Programming language, Computer network

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