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Computer and Information Science » Artificial Intelligence
Petri Nets - Manufacturing and Computer Science
Edited by Pawel Pawlewski, ISBN 978-953-51-0700-2, Hard cover, 492 pages, Publisher: InTech, Chapters published August 29, 2012 under CC BY 3.0 license
DOI: 10.5772/2578
Petri Nets were introduced in the doctoral dissertation by K.A. Petri, titled "Kommunikation mit Automaten" and published in 1962 by University of Bonn. Petri Nets are graphical (the intuitive graphical modeling language) and mathematical (advanced formal analysis method) tool. The concurrence of performed actions is the natural phenomenon due to which Petri Nets are perceived as mathematical tool for modeling concurrent systems. The main idea of this theory was modified by many researchers according to their needs, owing to the unusual "flexibility" of this theory. The present monograph focuses on Petri Nets applications in two main areas: manufacturing (section 1) and computer science (section 2). These two areas have still huge influence on our lives and our world. The theory of Petri Nets is still developing: some directions of investigations are presented in section 3. And at the end there is section 4 including some infesting facts concerning application of Petri Nets in the public area: the analysis and control of public bicycle sharing systems. The monograph shows the results of research works performed with use of Petri Nets in science centers all over the world.
- Chapter 1
Automated Petri-Net Modelling for Batch Production Scheduling - Chapter 2
Specifying and Verifying Holonic Multi-Agent Systems Using Stochastic Petri Net and Object-Z: Application to Industrial Maintenance Organizations - Chapter 3
A Computationally Improved Optimal Solution for Deadlocked Problems of Flexible Manufacturing Systems Using Theory of Regions - Chapter 4
Implementation of Distributed Control Architecture for Multiple Robot Systems Using Petri Nets - Chapter 5
Measurement of Work-in-Process and Manufacturing Lead Time by Petri Nets Modeling and Throughput Diagram - Chapter 6
Workflow Modelling Based on Synchrony - Chapter 7
Construction and Application of Learning Petri Net - Chapter 8
Control Interpreted Petri Nets - Model Checking and Synthesis - Chapter 9
Sequential Object Petri Nets and the Modeling of Multithreading Object-Oriented Programming Systems - Chapter 10
Fluid Stochastic Petri Nets: From Fluid Atoms in ILP Processor Pipelines to Fluid Atoms in P2P Streaming Networks - Chapter 11
Performance Evaluation of Distributed System Using SPN - Chapter 12
State of the Art in Interactive Storytelling Technology: An Approach Based on Petri Nets - Chapter 13
Timed Petri Nets in Performance Exploration of Simultaneous Multithreading - Chapter 14
A Petri Net-Based Approach to the Quantification of Data Center Dependability - Chapter 15
Grammars Controlled by Petri Nets - Chapter 16
Timed Petri Nets - Chapter 17
Boolean Petri Nets - Chapter 18
Performance Evaluation of Timed Petri Nets in Dioid Algebra - Chapter 19
Reachability Criterion with Sufficient Test Space for Ordinary Petri Net - Chapter 20
A Forward On-The-Fly Approach in Controller Synthesis of Time Petri Nets - Chapter 21
Petri Nets Models for Analysis and Control of Public Bicycle-Sharing Systems
