Pacman diseñado con GUI minima para desarrollo de actividades de analisis de algoritmos (Dijkstra y A*)
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Updated
May 6, 2024 - Python
Pacman diseñado con GUI minima para desarrollo de actividades de analisis de algoritmos (Dijkstra y A*)
8-Puzzle solver implemented using search algorithms: DFS, BFS, A-Star (Manhattan and Euclidean heuristics) with GUI for user interactivity
Solving Stage Puzzles: Text UI
From Scratch
DepthFirst, BreadthFirst, IterativeDeepening, A*(Tilles out of place, manhattanDistance, chebyshev)
The N-puzzle is a sliding puzzle that consists of a frame of numbered square tiles in random order with one tile missing. The puzzle can be of any size, with the most common sizes being 3x3 and 4x4. The objective of the puzzle is to rearrange the tiles to form a specific pattern.
8 Puzzle Solver Using Classical Search Algorithms: DFS | BFS | A*
Implements a program that solves the problem using the non-informative search algorithm AlgNoInf and the informative search algorithm AlgInf, which uses a given heuristic function Func.
Sokobond game developed for the Curricular Unit of Artificial Intelligence. Developed Artificial Intelligence Algorithms to solve 10 different levels, all with different complexities and new game mechanics
Implementations of the Kaggle Digit Recognizer problem in Machine Learning
This work is for my thesis. This paper is published on I-IKM-2019
Repository for my implementation of the Viagogo Coding Challenge
AI that solves the N-Puzzle
This python file solves 8 Puzzle using A* Search with Manhattan Distance
This program solves the 8-puzzle game using different informed and uninformed search methods
4x4 15 piece sliding puzzle solution using A* and IDA* algorithms (Python implementation)
Taxicab metric on the sphere!
Linkage Methods for Hierarchical Clustering
Solution of 8 Puzzle Problem in Python using Informed Search
Functions for generating Voronoi diagrams with alternate metrics.
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