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Algebraic notions of nontermination: Omega and divergence in idempotent semirings

机译:非终结的代数概念:Ω和幂等半环中的发散

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摘要

Two notions of nontermination are studied and compared in the setting of idempotent semirings: Cohen's omega operator and a divergence operator. They are determined for various computational models, and conditions for their existence and their coincidence are given. It turns out that divergence yields a simple and natural way of modelling infinite behaviours of programs and discrete systems, whereas the omega operator shows some anomalies.
机译:研究了两个非终止概念,并在幂等半环的设置中进行了比较:Cohen的omega算子和一个散度算子。针对各种计算模型确定它们,并给出其存在和巧合的条件。事实证明,发散产生了一种简单自然的方法来对程序和离散系统的无限行为建模,而omega运算符则显示出一些异常情况。

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