S3.06 - Static Subclasses

Update: 2015-09-30

Description

This approach of Symbolic Reachability Graph is further improved in this sequence by defining static subclasses, where
all elements within a same subclass have the same behaviour.

Comments

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In Channel

S1.01 - Introduction to Symmetric Nets

2015-09-3002:21

S1.02 - Syntax and Semantics of Symmetric Nets

2015-09-3002:21

S1.03 - Modelling with Symmetric Nets

2015-09-3002:21

S1.04 - The ReachabilityGraph for Symmetric Nets Analysis

2015-09-3002:21

S1.05 - LTL Properties

2015-09-3002:21

S1.06 - CTL Properties

2015-09-3002:21

S2.01 - Introduction to CosyVerif

2015-09-3002:21

S3.01- Symmetries in Symmetric Nets

2015-09-3002:21

S3.02 - Symmetries to Reduce the Reachability Graph

2015-09-3002:21

S3.03 - Dynamic Subclasses and Symbolic Markings

2015-09-3002:21

S3.04 - Symbolic Firing Rule

2015-09-3002:21

S3.05 - Synmobil Reachability Graph

2015-09-3002:21

S3.06 - Static Subclasses

2015-09-3002:21

S3.07 - Symmetric Nets and Local Symmetries

2015-09-3002:21

S3.08 - Symmetric Nets with Bags

2015-09-3002:21

S3.09 Functions Used in Symmetric Nets with Bags and Firing Rules

2015-09-3002:21

S3.10 - Second Example of Symmetric Net with Bags

2015-09-3002:21

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#box-pro-ellipsis-172746287908078{-webkit-line-clamp:2;}S3.06 - Static Subclasses

S3.06 - Static Subclasses

Fabrice Kordon

S3.06 - Static Subclasses