Titlebook: Concurrency: Theory, Language, and Architecture; UK/Japan Workshop, O Akinori Yonezawa,Takayasu Ito Conference proceedings 1991 Springer-Ve

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Concurrency: Theory, Language, and Architecture978-3-540-46452-5Series ISSN 0302-9743 Series E-ISSN 1611-3349

Limited

闪光你我

https://doi.org/10.1007/b138484es a backward chaining theorem prover for constructing a design from a requirement, and an execution mechanism for constructing a model of the design such that the model can be checked to satisfy the requirement at each point. A brief overview of executable temporal logic is presented together with

CAMP

Keyao Zhu,Hongyue Zhu,Biswanath Mukherjeeo express that the success of execution of . produces the success of execution of .. We assume that an execution of a statement will fall into one of success,failure and pending. We consider a set of executional operators: [;] (sequential execution), [+] (disjunctive execution), [V] (execution by no

otic-capsule

聪明

expound

清楚

Keyao Zhu,Hongyue Zhu,Biswanath Mukherjeelel language to which module facility is added through the object-oriented style. Fleng−− is a low level language used for the explicit control of execution. Fleng is the core language for this language set, on which Fleng++ and Fleng−− are based. Control features for parallel machine such as proces

很是迷惑

Keyao Zhu,Hongyue Zhu,Biswanath Mukherjeelog and AND-parallel computation of committed choice logic programming languages such as PARLOG, Concurrent Prolog and Guarded Horn Clauses..Starting from a naive semantics suitable for simulation in sequential machines, we develop a new semantics with fine grain parallelism. The semantics is based

ADAGE

Keyao Zhu,Hongyue Zhu,Biswanath Mukherjee. Evaluation of a future expression requires spawning a subprocess. For relatively fine-grained parallel applications, the time for process creation affects the overall performance of the program. In this paper, we propose another interpretation of the future construct, called the ., which is useful