Optimization of fresh produce delivery path based on C-W saving algorithm

Authors

  • Wanru Zhao
  • Qi Geng

DOI:

https://doi.org/10.62051/IJGEM.v2n3.58

Keywords:

Fresh produce, Path Optimization, C-W saving algorithm

Abstract

Because fresh agricultural products have the characteristics of difficulty in preserving freshness, short shelf life, and are perishable and fragile, so they have extremely high requirements for warehousing, distribution, and other multiple links, and their distribution costs have caused some economic pressure on Z. To reduce the distribution costs of Z's distribution centers and to maximize the satisfaction of customers' needs, it is very important to carry out reasonable planning of the distribution paths. How to scientifically and reasonably formulate the vehicle distribution plan and arrange the distribution path program, shorten the time of fresh agricultural products in transit and reduce the company's logistics and distribution costs, maximize customer satisfaction, and accurately and timely provide customers with high-quality fresh agricultural products and high-quality distribution services are of great significance. In this paper, by summarizing the existing literature on the optimization of the distribution path of fresh agricultural products cold chain logistics, the C.W saving algorithm is used to optimize the path of the distribution center of Z company.

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References

YUAN Xueguo, ZOU Ping, ZHU Jun,WU Di. Development situation, problems and countermeasures of cold chain logistics industry in China [J]. China Agricultural Science and Technology Herald, 2015, 17(01):7-14.

Huang Xiaoxu. Problems and Legal Countermeasures in the Development of Cold Chain Logistics of Agricultural Products in China [J]. Grain, Oil and Food Science and Technology, 2022, 30(02):214-220.

Luo Qianfeng. Theoretical interpretation and realization path of high-quality development of agricultural cold chain logistics [J]. China Circulation Economy, 2021, 35(11):3-11.

Binod Kumar Sing, Saurav Negi. cold chain logistics: an impediment in the perisha ble food industryofIndia [J]. InternationalJournalof Logistics Economics and Globalisation.2019, 7(4):78-86.

Wetherill, Marianna S; White, Kayla Castleberry. challenges and opportunities to increasing fruit and vegetable distribution through the US charitable feeding network: increasing food systems recovery of edible fresh produce to build healthy food access [J]. Journal of hunger & environmental nutrition. 2019, 14: 593-612.

Wu Xiaoming, Yang Xinting. Joint optimization problem of inventory transportation in fresh produce distribution [J]. Computer Engineering and Design, 2016, 37(03):819-824.

Wang H. Road saint optimization for fresh produce distribution based on road conditions [J]. Journal of System Simulation, 2019, 31(01);126- 135.

Ji Juhai, Zhang Xuan. Optimization model and algorithm for fresh produce distribution road path considering pickup and delivery operations [J]. Journal of System Science, 2019, 27(01):130-135.

KANG Kai, HAN Jie. Research on optimization of low-carbon distribution path of fresh agricultural products cold chain logistics [J]. Computer Engineering and Application, 2019, 55(02):259-265.

SUN Zongjun. Fresh agricultural products distribution path design based on improved discrete particle swarm algorithm [J]. Logistics Science and Technology, 2020, 43(03):25-28.

Zhou T. Research on multi-model and multi-category fresh produce distribution model considering multi-cost, Logistics Science and Technology, 2020, 43(02):28-33.

NING Tao. Simulation study on cold chain logistics strategy for fresh agricultural products considering low-carbon constraints [J]. Journal of System Simulation, 2022, 34(04):797-805.

Suraraksa, Juthathip, Shin, Kwang Sup. Urban Transportation Network Design for FresnFruit and Vegetables Using GIS The Case of Bangkok [J]. Applied Sciences-basel.2019, 9(23):508.

Wang Yong. Optimization of the delivery route for community group-purchasing fresh products considering customer satisfaction [J]. Optimization of the delivery route for community group-purchasing fresh products considering customer satisfaction [J].

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Published

25-04-2024

Issue

Section

Arcicles

How to Cite

Zhao, W., & Geng, Q. (2024). Optimization of fresh produce delivery path based on C-W saving algorithm. International Journal of Global Economics and Management, 2(3), 492-504. https://doi.org/10.62051/IJGEM.v2n3.58