djkstra

JS implementation of Single-Source Shortest Path Algorithm based on Duan Et al. research

This algorithm, implemented in C, explores hash structures and shortest path algorithms. It highlights the use of hashing for efficient data storage and retrieval, as well as the application of shortest path techniques in graph-based problems.

I developed the Dijkstra's Shortest Path Visualization as part of a university assignment. This project was a great opportunity to enhance my knowledge of Object-Oriented Programming (OOP). While there is potential for further improvements, I do not plan to continue its development at this time.

Interactive Java Algorithm Playground with GUI visualizations for sorting, graphs, dynamic programming, and data structures. Built for learning, experimentation, and algorithm visualization.

This repository contains a project implementing a Red-Black Tree and Dijkstra's algorithm to efficiently find the shortest paths in directed, weighted graphs. Developed as part of a course at POLIMI, the project features optimized data structures and algorithms for graph operations, achieving a grade of 30 cum laude / 30.

A comprehensive C++17 Smart Delivery Management System that demonstrates the practical implementation of Data Structures and Algorithms in a real-world courier and logistics environment. Features both Console (TUI) and Desktop GUI (Dear ImGui + SFML) implementations powered by the same core business logic.

Tactical navigation framework for the TfL network. Visualizes algorithmic efficiency and topological graph traversal through a modern JS dashboard and a C++ computational backbone.

Modern C++ implementation of Pac-Man with advanced AI pathfinding (Dijkstra, A*), OpenGL graphics, particle effects, and bulletproof collision detection. Features 4 unique ghost personalities with sophisticated behavioral algorithms.

A Java-based intelligent multi-modal route planner using Dijkstra’s algorithm. Calculates optimal paths across tram, bus, and taxi networks in Kocaeli, Turkey.

A continuous physics-based alternative to traditional grid-search algorithms.