Pinned Repositories
Recursive_DBSCAN_VRP
This repository contains a recursive implementation of DBSCAN clustering for Vehicle Routing Problem (VRP), enabling efficient clustering of delivery locations for optimal route planning
DSTOAP
Deep Spatio-Temporal Ocean Accident Prediction (DSTOAP)
Grid_Based_Accident_Severity_Prediction
This repository contains code for a grid-based approach to predicting accident severity. The method uses geographical data to enhance accuracy and efficiency in accident severity assessment.
Exact_VRPTW_Pyomo
This repository contains an exact Mixed-Integer Linear Programming (MILP) formulation for the Vehicle Routing Problem with Time Windows (VRPTW) implemented in Pyomo.
Chess-Pieces
This repository provides a C++ implementation of chess pieces, with each piece as a separate class for easy integration into larger chess projects. It includes basic functionalities like movement rules and capturing logic, designed for extensibility and customization. This serves as a foundational component for complex chess applications.
aws-last-mile-district-opt
zanmdi's Repositories
zanmdi/Exact_VRPTW_Pyomo
This repository contains an exact Mixed-Integer Linear Programming (MILP) formulation for the Vehicle Routing Problem with Time Windows (VRPTW) implemented in Pyomo.
zanmdi/DSTOAP
Deep Spatio-Temporal Ocean Accident Prediction (DSTOAP)
zanmdi/Grid_Based_Accident_Severity_Prediction
This repository contains code for a grid-based approach to predicting accident severity. The method uses geographical data to enhance accuracy and efficiency in accident severity assessment.
zanmdi/Recursive_DBSCAN_VRP
This repository contains a recursive implementation of DBSCAN clustering for Vehicle Routing Problem (VRP), enabling efficient clustering of delivery locations for optimal route planning
zanmdi/Chess-Pieces
This repository provides a C++ implementation of chess pieces, with each piece as a separate class for easy integration into larger chess projects. It includes basic functionalities like movement rules and capturing logic, designed for extensibility and customization. This serves as a foundational component for complex chess applications.