This project is a simple yet engaging implementation of the classic Tic Tac Toe game built using Flutter framework. It offers a delightful user experience with its intuitive UI and smooth animations. Players can enjoy the timeless fun of Tic Tac Toe either against an AI opponent or with a friend in a local multiplayer mode.

we propose a new framework for training vision-based agent for First-Person Shooter (FPS) Game, in particular Doom. Our model is simple in design and only uses game states from the AI side, rather than using opponents information.

This project implements the classic Gobang game using the Qt framework, featuring an MVC architecture with modular design. The AI opponent employs an optimized Monte Carlo Tree Search (MCTS) algorithm enhanced with heuristic strategies for intelligent decision-making.

Single player Battleship game against an AI opponent. Built entirely with C++ and the Qt framework!

a comprehensive mathematical framework for optimizing settlement placement in Settlers of Catan. Recognized as one of the most crucial decisions in the game, the choice of settlement locations influences resource generation, access to ports, resource diversity, and even the ability to hinder opponents.

The 2015 Altima 3.5 SV and 3.5 SL trims now come standard with the Technology bundle (counting touchscreen route and updated security characteristics), which stays discretionary on the 2.5 SV and 2.5 SL. Additionally, the remote ignition framework can discover the surrounding temperature and enact atmosphere/defrost works likewise, and all SV models get a standard eight-way control driver seat. Presentation Goldilocks has officially featured in a couple of an excess of auto audits, yet there's no better approach to say it: The 2015 Nissan Altima is a "simply right" family car in many regards. You need efficiency? Both the four-chamber motor and the V6 are class pioneers. Power? Indeed the base four zooms to 60 mph in under 8 seconds. Driving progress? The ride is calm and refined, yet the Altima's still got the taking care of physicality that has long separate it. Security? Check the accident test scores; they're about impeccable no matter how you look at it. No doubt Nissan hasb uilt the ideal auto. So is there any good reason why you wouldn't purchase an Altima? Actually, for one thing, the consistently variable programmed transmission (CVT) may not be to everybody's preferring. In spite of the fact that it pushes fuel effectiveness, it tends to rev the motor boisterously amid unobtrusive quickening and "drag" it at low rpm while cruising - particularly in four-barrel models. Additionally, in the event that you need a secondary lounge that is fabricated for 6-footers, there are better decisions. Numerous adversaries offer about full-measure housing out back, and by this measure the Altima comes up a bit short. One such opponent is the roomy Honda Accord, however its got a comparable CVT in four-chamber models that may likewise take some getting used to. The 2015 Ford Fusion imparts the Altima's slight back headroom shortage, yet its a smart and exceptionally able decision generally. We'll likewise vouch for the 2015 Mazda 6, which fails to offer the Nissan's refined infotainment offerings yet remunerates with equivalent mileage and considerably sportier taking care of. Coming back to our subject, however, its not simple to pick a dish of porridge from this gathering - they've all got their advantages and disadvantages. At last, stand out can be simply ideal for you. We like the 2015 Altima's possibilities of gaining that refinement. The 2015 Nissan Altima is accessible in two primary arrangements: 2.5 or 3.5. The number connotes the motor tagged (2.5-liter four-chamber or 3.5-liter V6). From that point, you'll have your decision of a base model (2.5 just) or expanding measures of peculiarities through the S, SV and SL trim levels. The base 2.5 Altima vehicle begins with 16-inch steel wheels, full power extras, a 4.3-inch LCD data show in the gage group, a stature movable driver seat, Bluetooth telephone and sound network, and a four-speaker sound framework with a CD player and a helper information jack. The 2.5 S steps up to programmed headlights, keyless ignition and section, journey control, a six-speaker sound framework and a discretionary force driver seat with six-way customizability (i.e., a fueled rendition of the standard seat). It's additionally qualified for the Display Audio bundle, which helps a 5-inch touchscreen show, a rearview cam, a USB port, satellite radio and cell phone application joining (Nissanconnect). The V6-engined 3.5 S accompanies those gimmicks (counting the Display Audio bundle) in addition to 18-inch combination wheels and controlling wheel-mounted oar shifters. The 2.5 SV trim includes 17-inch composite wheels, foglights, an eight-way control driver seat (with force lumbar change), double zone programmed atmosphere control, a cowhide wrapped controlling wheel, the substance of the Display Audio bundle and remote ignition. The 3.5 SV is the same however keeps its 18-inch wheels. The Altima 2.5 SL brags LED taillights, a warmed directing wheel, cowhide upholstery, warmed front seats, a four-way power front traveler seat and a nine-speaker Bose sound framework. You can likewise get two extra bundles for the 2.5 SL: The Convenience bundle incorporates a sunroof, back aerating and cooling vents and an auto-darkening rearview mirror, while the Technology bundle packages a 7-inch touchscreen, voice controls, a route framework and electronic security gimmicks including blind side checking, back cross-movement alarm and path takeoff cautioning. The Altima 3.5 SV and SL are prepared comparatively to their 2.5 partners, yet both come standard with the substance of the Convenience and Technology bundles. The 3.5 SL additionally comes only with xenon headlights.

Three-stage AI system that creates structured notes using the Noma method, auto-links them in your Obsidian vault via RAG, then challenges your arguments with an adversarial agent. Combats echo chambers by systematically opposing ideas using your own knowledge base. Built with LangGraph, ChromaDB, local Ollama. Telegram bot interface (later).

AI-Rena: Reinforcement Learning Agent for Hex An intelligent RL agent trained via Q-learning to master the board game Hex. Includes GUI gameplay, training framework, and evaluation against strategic opponents.

This project is a web-based chess game developed using Python and the Flask framework. The game allows users to play chess against an AI opponent. The AI makes random valid moves for the black pieces. The user interface is created using HTML and CSS, embedded within the Flask application.

This is a mini chess game developed using the Next.js framework, where you can play against an AI opponent. It is a simple but fun game that can be enjoyed by players of all ages.

This project implements a classic game of Tic-Tac-Toe where a human player competes against an AI opponent. The game is built using Python with the Flask framework for the backend and HTML, CSS, and JavaScript for the frontend, providing an engaging and interactive user experience.

Classic Pong game with an AI opponent built using the Love2D framework.

Developed a fully functional chess game using C# within the .NET framework. Implemented game logic, user interface, and AI opponent features.

Web-based chess application hosting live games between human/computer opponents, written primarily in PHP/JavaScript & developed under the Symfony2 framework.

Battle against an AI opponent in a heated game of Pong! Built as a way to re-learn the XNA/Monogame framework.

A simple web implementation of the Tic Tac Toe game including a simple AI opponent, created in Javascript with the Vue framework (within Vue CLI).

BattleC is a turn-based naval combat game built using the Raylib framework. Players place their ships on a grid, take turns shooting at their opponent's grid, and try to sink all their opponent's ships before running out of shots.

This implementation provides a framework for a Tic-Tac-Toe player, incorporating essential functions to facilitate the play of the game and enable an artificial intelligence (AI) opponent using the minimax algorithm.

A classic turn-based strategy game where you face off against a computer opponent in a battle of wits and resources. The game is built using HTML5 and the Phaser game framework.

Card Battle Game is a simple turn-based card game developed in C++ using the wxWidgets GUI framework. The player faces off against one of three unique AI-controlled opponents, each with their own playstyle and set of moves. The objective is to strategically use your cards to defeat your opponent in a battle of tactics and timing.

A static website set up originally to counter falsehoods spread by opponents of assisted dying. This has been pivoted to providing factual information. Built using vanilla Typescript and the Bulma framework.

Negotiation-bot implements autonomous negotiation agents for bilateral and multilateral bargaining experiments using the NegMAS multi-agent negotiation framework, enabling systematic evaluation of concession strategies, opponent modeling, and deadline-driven bargaining dynamics.

A game for two players on one computer, which allows you to control the balls. The task is to destroy the opponent’s ball using shots and the specifics of the environment. Program is created using .NET Framework on Visual Studio (C# WPF Application)

the game was built using python and PyQt5 framework in order to play around with the framework and get to know it. the goal in the game is to win 3 mini games in a row, column or diagonal. each turn the location of the cell in the mini board that is played, will be the next mini board to be played by the opponent.

Blackjack is a project designed to simulate the classic card game against a computer opponent. The primary objective of this project is to provide a practical framework for enhancing JavaScript coding skills through the development and implementation of game mechanics and logic.

This is a mini chess game developed using the Next.js framework, where you can play against an AI opponent. It is a simple but fun game that can be enjoyed by players of all ages.

I have developed with team a Java-based 2-player air hockey game using the JOGL framework. Players can enjoy solo matches against an AI opponent or compete against a friend. The game features smooth graphics, realistic physics, and a user-friendly interface

The "Chess with AI" project is a web-based chess engine designed to provide an interactive and intelligent gaming experience. It leverages advanced algorithms and frameworks to simulate a challenging AI opponent while maintaining a responsive user interface

The project is developed using HTML, CSS, JavaScript for the frontend, Python and Flask framework of Python for the backend. Project Objective The main objective of our project is to create an interactive and challenging Tic Tac Toe game where a player can enjoy the game against a computer opponent at different difficulty levels.

This project is a Tic-Tac-Toe game built with Python and the Kivy framework. It features a machine learning agent that learns to play the game through Q-learning. You can play against the agent or watch it play against a random opponent to see its learned strategy in action.