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A design and verification technique for implementation schemes of distributed software is presented. In this technique, first, the specification is modelled by a concurrent object system, that is, one which is constituted of computational agents with capability of concurrent execution and message passing. Then, such a concurrent object system is transformed into another concurrent object system, which models a sophisticated implementation scheme.Our transformation technique is mainly based on fusing and splitting concurrent objects. The correctness of transformation rules can be proven formally.

How to invent distributed implementation schemes of an object-based concurrent language: a transformational approach