Dynamic Integrated Production and Delivery Scheduling with Electric Vehicles: A Hybrid Ant Colony System Approach
Conférence : Communications avec actes dans un congrès international
This paper addresses a dynamic Integrated Production and Delivery Problem (IPDP), where customer orders
arrive in real time and production and transportation decisions
must be continuously updated. To manage this dynamic envi-
ronment, we develop D-HACS, a Dynamic-Hybrid Ant Colony
System that adapts integrated schedules as new information
becomes available. Computational experiments show that D-
HACS maintains high solution quality even as both dynamism
and problem size increase. These findings highlight the capabil-
ity of D-HACS to ensure effective real-time and energy-aware
coordination within integrated production–delivery systems.