Research on the Petri Nets Modeling Method of the Task-Oriented Spare Parts Support Process

Abstract:

In the view of the current support process of spare parts is not comprehensive enough, all aspects without linking with each other, the resources without being shared, spare parts with slow turnaround and high inventory levels, which results in low economic efficiency. Therefore, considering the modern information technology and network technology, the document research on the spare parts support process optimization, which is to make the process more scientific and reasonable, support resources more economical, and respond more sensitive, thereby increasing military and economic benefit of the spare parts support. By means of analyzing three major elements of the spare parts support process modeling including perception task, spare parts resources, business processes, and analysis of several major process modeling method, the document raise the modeling method of petri nets for the task-oriented spare parts support process.

• Periodical: Applied Mechanics and Materials (Volumes 644-650)
• Pages: 2459-2462
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.644-650.2459
• Online since: September 2014
• Authors: Yu Zhu*, Tie Ning Wang
• Keywords: Business Processes, Perception Task, Process Model, Spare Parts Resources, Support Process of Spare Parts

References

[1] Hu Tao, Yang Chun-Hui. On model and Simulation of Complex Equipment Eystem based on colored Petri net. Journal of Naval University of Engineering. Vol. 20: 25-30(2008).

[2] Liu Jan-Ying, Li Xiao-Long. Modeling of equipment support work process in wartime using colored Petri nets. Computer Engineering and Design. Vol. 32: 170-178(2011).

[3] Liu Xue-Cheng, Zhang Qian. Simulation Study of the Rush- Repair Processin Equipment Battlefield Based on CPN. Journal of Academy of Military Transportation. Vol. 11: 34-38(2008).

[4] Sun Bao-Chen, Jia Xi-Sheng. Study on diagnosis model for support process based on FMEA and fuzzy reasoning Petri nets. Application Research of Computers. Vol. 29: 2973-2984(2012).

[5] Shu Yuan-zhong, Liu Yan-pei. Improved object-oriented Petri nets and its applications. Computer Engineering and Design. vol. 19: 4201-4204(2010).

[6] Yang Chun-hui. Research on Model, Simulation and Optimization for Task Oriented Command and Control Organization based on Colored Petri Net. National University of Defense Technology: 61-65(2008).

[7] Gao Qiang. Modeling and Simulation of Dynamic Logistic System Design Based on Petri Net. Harbin Institute of Technology: 28-34(2008).