Research on Multi-stage Production Process Decision-making Problem based on Dynamic Programming Model

Jiaming Huang

doi:10.54097/1mhjca56

Authors

Jiaming Huang

DOI:

https://doi.org/10.54097/1mhjca56

Keywords:

Sampling Inspection; Dynamic Programming; Cost-Benefit; Multi-Stage Optimization.

Abstract

With the rapid advancement and widespread adoption of 5G technology in recent years, the global market for smartphones and other terminal electronic devices has grown significantly, leading to heightened quality demands for spare parts from enterprises. This paper focuses on addressing problems related to product inspection and disassembly in the production process to ensure the competitiveness of enterprises in the market and the reliability of their products. Therefore, this paper establishes a dynamic programming model to determine whether the spare parts and products suppliers provide meet quality standards with the least number of inspections possible. The dynamic programming model and optimization decision-making method proposed in this paper provide a theoretical framework and practical guidance for enterprises to reduce the number of inspections and inspection costs while maintaining product quality.

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