Operation Chain Model of Reconfigurable Printing Manufacturing System Based on Stochastic Process Algebra

• Main Authors: Huailin Li, Shisheng Zhou, Rubai Luo, Bin Du
• Format: Article
• Language: English
• Published: IEEE 2019-01-01
• Series: IEEE Access
• Subjects: Reconfigurable printing manufacturing system; comprehensive evaluation algorithm; stochastic process algebra; operation chain model; integrity measurement
• Online Access: https://ieeexplore.ieee.org/document/8822700/

When printing orders change, the reconfigurable printing manufacturing system (RPMS) needs to be reconfigured, which produces many feasible reconfiguration schemes. To find the optimal reconfiguration scheme and verify its integrity, an operation chain model (OCM) of an RPMS is proposed to describe the operating process of an RPMS. First, a comprehensive evaluation algorithm considering both subjective and objective evaluation probabilities is designed by analyzing the characteristics of the printing production process. Then, the syntax of stochastic process algebra is conservatively extended to meet the operation chain's specifications. The syntax and transition rules of the OCM are defined and the semantic model of the operation chain is constructed. Finally, we carried out experiments on the RPMS of a printing enterprise and provide the experimental results. The results show that the optimal printing scheme that is selected by the OCM is in line with expectations. In addition, the measurement result I_CP = true shows that the optimal reconfigurable printing scheme process has good integrity.