Eden is a concurrent declarative language that aims at both the programming of reactive systems and parallel algorithms on distributed memory systems. In this papel; we explain the computation and coordination model of Eden. We show how lazy evaluation in the computation language is fruitjhlly combined with the coordination language that is spec$cally designed for multicomputers and that aims at maximum parallelism.
Eden is being implemented by extending the Glasgow Haskell Compiler (GHC) which is based on the Spineless Tagless G-Machine (STGM). In this paper we present a parallel abstract machine which embodies the STGM for sequential computations and describes a distributed runtime environment for Eden programs on an abstract level.
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