Delivery management system using the clustering based multiple ant colony algorithm: Korean home appliance delivery

Taeho Kim, Hong Chul Lee

Research output: Contribution to journalArticle

3 Citations (Scopus)

Abstract

This paper deals with the heterogeneous fleet vehicle routing and scheduling problems with time windows (HFVRPTW) in the area of Korean home appliance delivery. The suppliers of modern home appliance products in Korea not only have to provide the traditional service of simply delivering goods to customers within the promised time, but they also need to perform additional services such as installation of the product and explanation of the products functions. Therefore, businesses reducing the delivery cost while improving the quality of the service experienced by customers is an important issue. In order to meet these two demands, we generated a delivery schedule by using a heuristic clustering-based multiple ant colony system (MACS) algorithm. In addition, to improve service quality, we set up an expert system composed of a manager system and an android-based driver system. The system was tested for home appliance delivery in Korea. This paper is significant in that it constructs an expert system for the entire process of distribution, from the generation of an actual schedule to management system setup.

Original languageEnglish
Pages (from-to)53-65
Number of pages13
JournalInternational Journal of Industrial Engineering : Theory Applications and Practice
Volume21
Issue number2
Publication statusPublished - 2014

Fingerprint

Domestic appliances
Expert systems
Vehicle routing
Managers
Scheduling
Costs
Industry

Keywords

  • Android
  • Ant colony algorithm
  • HFVRPTW
  • Home appliance delivery
  • Information system

ASJC Scopus subject areas

  • Industrial and Manufacturing Engineering

Cite this

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abstract = "This paper deals with the heterogeneous fleet vehicle routing and scheduling problems with time windows (HFVRPTW) in the area of Korean home appliance delivery. The suppliers of modern home appliance products in Korea not only have to provide the traditional service of simply delivering goods to customers within the promised time, but they also need to perform additional services such as installation of the product and explanation of the products functions. Therefore, businesses reducing the delivery cost while improving the quality of the service experienced by customers is an important issue. In order to meet these two demands, we generated a delivery schedule by using a heuristic clustering-based multiple ant colony system (MACS) algorithm. In addition, to improve service quality, we set up an expert system composed of a manager system and an android-based driver system. The system was tested for home appliance delivery in Korea. This paper is significant in that it constructs an expert system for the entire process of distribution, from the generation of an actual schedule to management system setup.",
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AB - This paper deals with the heterogeneous fleet vehicle routing and scheduling problems with time windows (HFVRPTW) in the area of Korean home appliance delivery. The suppliers of modern home appliance products in Korea not only have to provide the traditional service of simply delivering goods to customers within the promised time, but they also need to perform additional services such as installation of the product and explanation of the products functions. Therefore, businesses reducing the delivery cost while improving the quality of the service experienced by customers is an important issue. In order to meet these two demands, we generated a delivery schedule by using a heuristic clustering-based multiple ant colony system (MACS) algorithm. In addition, to improve service quality, we set up an expert system composed of a manager system and an android-based driver system. The system was tested for home appliance delivery in Korea. This paper is significant in that it constructs an expert system for the entire process of distribution, from the generation of an actual schedule to management system setup.

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