Distribution Process Modeling Based on Object-oriented Petri Net
Hongyu Jia
Abstract
Hongyu Jia
Abstract
Process modeling, simulation, analysis and optimizing are a kind of scientific and economic way for an enterprise to build quick and efficient processes that meet the enterprise's needs. From study work, modeling approaches include IDEF, ECAA, Petri Net. Among them, Petri Net becomes a popular modeling method due to its special advantages. Petri Net can used to model a complex system because it has strict mathematical definitions and graphical description. The conception of a Petri Net is firstly introduced. Then the definition of Object-oriented Petri net and its characteristics will come out. After that, distribution process will be modeled using Object-oriented Petri Net. The purpose is to analyze the performance of the process using the model later.
OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Process modeling, simulation, analysis and optimizing are a kind of scientific and economic way for an enterprise to build quick and efficient processes that meet the enterprise's needs. From study work, modeling approaches include IDEF, ECAA, Petri Net. Among them, Petri Net becomes a popular modeling method due to its special advantages. Petri Net can used to model a complex system because it has strict mathematical definitions and graphical description. The conception of a Petri Net is firstly introduced. Then the definition of Object-oriented Petri net and its characteristics will come out. After that, distribution process will be modeled using Object-oriented Petri Net. The purpose is to analyze the performance of the process using the model later.
Key concepts: Petri net, Computer science, Process architecture, Process (computing), Object (grammar), Stochastic Petri net, Process modeling, Petri dish