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HiPS tool is developed at the Department of Computer Science and Engineering, Shinshu University, which is a tool design and analysis of Petri nets, developed using Microsoft Visual C # and C++. HiPS tool has a way of intuitive GUI which enable hierarchical and/or timed-net design. HiPS tool has also functions of static/dynamic analysis : T-invariant detection, Reachability path analysis, deadlock state detection, and k-boundedness analysis. In addition, it is possible to perform a random walk simulation with each firing steps.
Features
- Design Entry based on Hierarchical Petri nets
- Incidence Matrix and Invariant Checking for P/T-net (T-invariant and S-invariant)
- Structural Properties Checking for P/T-net (Structurally Bounded, (Partially) Conservative, (Partially) Repetitive, and (Partially) Consistent)
- Subclass structure detection with known reachability criteria: FCF, BCF, NDC, NIC, TC, SC, TCC and SCC
- Structure Detection Function for Potential L3/L2 Liveness
- Behavioral Analysis for bounded P/T-net (Reachability, Deadlock, Reversibility and Synchronic Distances)
- Behavioral Analysis for unbounded P/T-net (Coverability Graphs, Extended Cyclic CRTs Analysis, Partial Deadlock Detection and Synchronic Distances)
- Liveness and Safeness Properties Checking for Free-Choice (Subclass) net
- Process Trace Graph Generator using High Speed and Memory Efficiency Algorithm
- Multi-Threaded Implementations (Partially Support)
- Step-by-Step Random-Walk Simulation for P/T and High-level net
- Timeline Step-Magnitude Continuous Simulation for P/T-ne
Project Samples
Categories
DesignLicense
Creative Commons Attribution Non-Commercial License V2.0Follow HiPS : Hierarchical Petri net Simulator
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