Titlebook: Dynamic Analysis of Petri Net-Based Discrete Systems; Andrei Karatkevich Book 2007 Springer-Verlag Berlin Heidelberg 2007 Logical Control.

Scleroderma

Axillary

减去

Hans-Dieter Klingemann,Max KaaseReachability graph . of an interpreted Petri net . is a subgraph of the reachability graph . of the underlying net ., because an interpretation can reduce possibilities of the net evolution and never can expand them. RRG ., constructed for ., is a subgraph of ., but not necessarily of .; so . can miss some information, important for analysis of ..

敬礼

Ingratiate

盟军

Verification of Detailed System Descriptions,Reachability graph . of an interpreted Petri net . is a subgraph of the reachability graph . of the underlying net ., because an interpretation can reduce possibilities of the net evolution and never can expand them. RRG ., constructed for ., is a subgraph of ., but not necessarily of .; so . can miss some information, important for analysis of ..

PLIC

Hans-Dieter Klingemann,Max Kaasegn languages and formalisms used for system specification (such as VHDL, Verilog) allow describing concurrency. Design of complex, VLSI-based electronic devices is possible only with the help of CAD systems, so the design and verification methods have to be (and mostly are) formalized. Formalization

2否定

Jürgen W. Falter,Siegfried Schumannanalysis is reduced to the task of analysis of the blocks of its decomposition, which may be considerably smaller than the net itself. That procedure can simplify analysis of large nets. Decomposition turns to be useful also for the synthesis purposes. More about theory and applications of net decom

COST

Max Kaase,Hans-Dieter Klingemannir extensions) properties like liveness and reversibility can be decided by analysis of siphons and traps [21, 28, 155, 176, 194, 228, 241, 249] - for example, there is a known result that a free choice net is live, if and only if every siphon contains a marked trap [140, 183]. Finding siphons and t

发微光

Hans-Dieter Klingemann,Max Kaaseused in the systems of computer-aided design of discrete devices. This is natural for the current level of development of system engineering and logical design, because practically every non-primitive software or hardware system, from logical control devices to multithread software applications, con