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Traditionally parallel compilers have targeted a standard message passing communication library when generating communication code (e.g. PVM, MPI). The standard message passing model dynamicly reserves communication re s urces for each message. For regular, repeating communication patterns, a sta tic communication resource reservation model can be more efficient. By reserving resour ces once for many communication exchanges, the communication startup time is be tter amortized. Plus, with a global view of communication, the static model has a wider c hoice of routes. While the static resource reservation model can be a more efficient ommunication target for the compiler, this model reveals the problems of scheduling use of limited communication resources. This paper uses the abstraction of a communi cation resource to define two resource management problems and presents three algori thms that can be used by the compiler to address these problems. Initial measures of the effectiveness of these algorithms are presented from two programs for an 8 iWarp system.

Connection resource management for compiler-generated communication