[NeurIPS 2026] Recursive Multi-Agent Systems
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Updated
Sep 28, 2026 - Python
[NeurIPS 2026] Recursive Multi-Agent Systems
In this project, I implemented with Python the solutions of the scheduling problem using different methods, the metaheuristic : genetic algorithm and secondly the dynamic programming.
Алгоритмы и структуры данных
This repository will be really helpful, if you want to learn from the scratch in Python Programming Languages. Also, makes your strong in Basic Python.
Project which uses algorithms involving Backtracking to solve Constraint Satisfaction Problems. CSE Sem-I Project 2022
This is a UI Sudoku Game And Solver that makes use of recursion and backtracking
A shikaku (Japanese logic puzzle) solver using assumptions and cache.
Symbolic operating system for recursive cognition, identity reconstruction, and truth-seeking under collapse. Includes full protocol, field primer, and anchor-based integrity model (Sareth OS).
In this code a recursive function is developed to generate the first n numbers of the Fibonacci series
This GitHub repository hosts a Python implementation of the classic game of checkers with an artificial intelligence opponent. The AI player is powered by the minimax algorithm with alpha-beta pruning, making it a formidable adversary for players looking to challenge their skills.
Website to solve Complex Circuits with Resistors with Logical Reasoning
Programa voltado ao ensino-aprendizagem de balanceamento de árvores binárias.
An implementation of the diamond-square algorithm in Python.
Recursive sudoku solver written in Python
A production-style static site generator built from scratch in Python with a custom Markdown parser, HTML renderer, recursive page generation, and GitHub Pages deployment.
This is a python visualiser of the tower of Hanoi puzzle
Functions and modules to help with problems relating to boolean algebra and digital circuit design. Requires 0 external libraries or packages.
Top Algorithms/Data Structures/Concepts
A text-based game I developed utilizing python. A digital adaptation of the classic card game, "Where in the World is Carmen Sandiego?", using recursive DFS algorithms.
A backtracking-based algorithm to check if a given degree-size sequence can realize a simplicial complex
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