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You must move your ant colony from one point to another in the least amount of time. Through this project, you will explore graph traversal algorithms: your program will have to choose the paths and moves to be taken by the ants.
A visualizer for graph traversal algorithms such as Breadth First Search, Depth First Search, A* Search, etc. developed using HTML, CSS, JavaScript, and Python.
Given an ant colony, we'll try to move it from one point to another. The goal is to make it take as little time as possible. This project from 42 school introduces to graph traversal algorithms: our program will have to intelligently select the paths and precise movements that must be taken by these ants.
A visualisation React app to view the nature of Graph algorithms on the obstructed 2D grid, implemented bunch of maze generation algorithms and path finding algorithms. Algorithms Implemented: Dijkstra, Depth first search, Modified Recursive Backtracking.
Java assignment on graph traversal for finding information related to components of a graph and implementing a generic sorting function with O(n log n) time complexity which works for any comparable data-type.
A desktop GUI application for graph traversal visualization using a maze solver made in Java. Developed as the final project for Object Oriented Programming course at Binus University Malang.
Implemented Breadth First Search (BFS) algorithm when traversing through tree or graph data structures when searching for the nearest hospital in a locality map