Parallel Session: An agent-based approach to vehicle dispatch and route planning in a dynamic milk collection network
Abstract/Description
Milk collection research has taken a static approach to vehicle route planning where vehicle routes are determined before the milk collection tankers leave the central depot (dispatch point) for milk collection. However, milk collection is a dynamic phenomenon where milk collection requests may arrive after the vehicles have left the dispatch point. In this paper we develop an agent-based model for vehicle dispatch policy and route planning in a dynamic milk collection environment. The model is tested under various conditions present in a milk collection network. Data is collected from a large dairy processor in Pakistan. The model is found robust under all conditions tested.
Session Theme
Parallel Session-Track: Marketing Strategy
Session Type
Event
Session Chair
Dr. Yusniza Kamarul Zaman
Start Date
19-12-2016 2:00 PM
End Date
19-12-2016 2:30 PM
Recommended Citation
Mumtaz, M. K. (2016). Parallel Session: An agent-based approach to vehicle dispatch and route planning in a dynamic milk collection network. International Conference on Marketing. Retrieved from https://ir.iba.edu.pk/icm/2016/day1/12
Parallel Session: An agent-based approach to vehicle dispatch and route planning in a dynamic milk collection network
Milk collection research has taken a static approach to vehicle route planning where vehicle routes are determined before the milk collection tankers leave the central depot (dispatch point) for milk collection. However, milk collection is a dynamic phenomenon where milk collection requests may arrive after the vehicles have left the dispatch point. In this paper we develop an agent-based model for vehicle dispatch policy and route planning in a dynamic milk collection environment. The model is tested under various conditions present in a milk collection network. Data is collected from a large dairy processor in Pakistan. The model is found robust under all conditions tested.