Implementation of a Branch-and-Cut Algortihm for a Dial-a-Ride Problem with the CPLEX JAVA API.
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Updated
Mar 3, 2020 - Java
Implementation of a Branch-and-Cut Algortihm for a Dial-a-Ride Problem with the CPLEX JAVA API.
A user-friendly implementation of the DARP algorithm for multi-agent coverage path planning (MCPP).
Karlsruhe Rapid Ride-Pooling (KaRRi) Dynamic Ride-Pooling Dispatcher.
Routing Simulator for the Dial-a-Ride Problem (DARP) using Google Operations Research Tools (Google OR-Tools) to generate the routing solutions. Master's degree project.
A dataset consisting of 46K MCPP solutions found using DARP.
A high-performance C++ algorithmic solver for Heterogeneous Fleet Routing and Dial-a-Ride Problems (DARP) utilizing ALNS, VNS, and Branch-and-Cut.
Multi-Depot Dial-a-Ride (MD-DARP) solver. The project contains exact and approximation methods for solving the problem.
Deployment manifests and runbooks for Woodfine's production instance of the PointSav platform.
Technical documentation for the PointSav platform — architecture, security model, and how-to guides (EN/ES).
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