摘要: This paper presents and develops a generalized concept of Non-Strict Independent And Parallelism (NSIAP). NSIAP extends the applicability And- (IAP) by enlarging class goals which are eligible for parallel execution. At same time it maintains IAP's ability to run non-deterministic in preserve computational complexity expected execution program programmer. First, framework is defined some fundamental correctness results, sense equivalence solutions with sequential model, discussed this framework. The issue efficiency then considered. Two new definitions NSI given cases pure impure respectively results provided programs parallelized under these include treatment case goal failure: not only reduction guaranteed (modulo run-time overheads) absence failure but also shown that worst of failure no speed-down will occur. In addition applying NSI, carry over complete previous context IAP did deal failure. Finally, practical examples application parallelization set presented performance showing advantage using given.