Titlebook: Application and Theory of Petri Nets and Concurrency; 45th International C Lars Michael Kristensen,Jan Martijn van der Werf Conference proc

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Microbial Scale Habitability on Marspurposes. Here, we focus on the following topic. Let the . of a marking be the set of transitions fireable in the future. Along a firing sequence, the sequence of different modes is non increasing, and forms what we call the . of the sequence. The set of achievable trajectories is an important issue

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Microbial Scale Habitability on Marse design and verification of complex models. The focus of the paper is on events, like events in Discrete Events Dynamic Systems, or transitions in Petri nets, in which events are labelled with multisets of (conjugated) symbols..We propose a novel synchronization approach that is based on a well-gro

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Fractal geometry of ecological habitatsthe modelling and verification of a wide class of concurrent systems behaviour. There are also relational structures with an acyclic ‘before’ (strong precedence) relationship and a possibly cyclic ‘not later than’ (weak precedence) relationship, which can be used for more general concurrent behaviou

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Population and Community Biology Series(finite) set of markings is given, and an algorithm is described which generates a Petri net of some class having exactly this set as its reachability set. A notion of T-monotonicity simplifying the problem is introduced, but it is also shown that for some non-T-monotonic classes, the synthesis may

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Moumita Ghosh,Lakshminarayan Satpatim. To tackle this, in this paper, we introduce a novel symbolic method for encoding Petri net markings. It is based on the use of generalised intervals on vectors, as opposed to existing methods based on vectors of intervals such as Interval Decision Diagrams. We develop a formalisation of these int