How to use up processors
James Hearne, Debra S. Jusak · 1990
Most parallelization aims for a decomposition in which the resulting units are data independent, each of the units contributes to the final output in the data flow, and synchronization is minimized. The paradigm of `possible-worlds computing' aims to explore a model in which parallelization is achieved by disregarding the first two goals in order to preserve the third. The Tahiti programming language and its supporting run-time kernel Symphora, which are intended to explore the possible-worlds paradigm, are described.