Bilevel Late Acceptance Hill Climbing for the Electric Capacitated Vehicle Routing Problem

1. 1Formulate the Electric Capacitated Vehicle Routing Problem as a bilevel optimization problem
2. 2Implement the bilevel Late Acceptance Hill Climbing algorithm to solve the problem
3. 3Analyze the interaction between routing and charging decisions to guide the search
4. 4Use a surrogate objective at the upper level to accelerate convergence
5. 5Test the algorithm on benchmark instances to evaluate its performance

This research benefits logistics and transportation teams who need to optimize routes for electric vehicles, and software engineers who can implement the bilevel Late Acceptance Hill Climbing algorithm

💡 Bilevel optimization can effectively handle the complex interaction between routing and charging decisions in electric vehicle routing

💡 Solve the Electric Capacitated Vehicle Routing Problem with bilevel optimization and Late Acceptance Hill Climbing!