Decoupling as a Foundation for Large Scale Parallel Computing
Justin Y. Shi · 2009
The ldquomain-streamrdquo inter-process communication models (share-memory and message-passing) require the programmers responsible for the construction of a very complex state machine for parallel processing. This has resulted multiple difficulties including programming, performance tuning, debugging, job scheduling and fault tolerance. The most troubling is the degree of difficulties. It increases exponentially as the multiprocessor grows in size. Inspired by the successes of packet switching protocols, this paper reports our preliminary findings in using decoupling technologies for parallel applications with high reliability, high performance and programmability.