Petri nets, where causal dependencies are modelled via inhibitor arcs, called \emph{Causal nets}, are powerful enough to play the role of occurrence nets when representing the behaviour of a concurrent and distributed system, even when reversibility is considered. In this paper we extend Causal nets to account also for asymmetric conflicts and study (i) how these kind of nets, and their reversible versions, can be turned into a category; and (ii) their relation with the categories of reversible asymmetric event structures.
翻译:石油净化网 — — 其因果依赖性通过称为empph{Causal net}的抑制器弧来模拟 — — 在代表同时和分布的系统的行为时,即使考虑到可逆性 — — 也足够强大,足以发挥产生蚊帐的作用。 在本文中,我们扩展了Causal 蚊帐,以说明不对称冲突,并研究(一) 如何将这些类型的蚊帐及其可逆版本转化为一个类别;以及(二) 它们与可逆不对称事件结构类别的关系。</s>