It can also be used in other decision-making and game theory situations.Īnother way to consider the core concept behind the minimax algorithm is to consider that every step we take should be aimed at minimizing the maximum loss that can occur. It allows the AI player to choose the next move in a game and, typically, chooses the optimal move based on its opponent’s moves and the moves it would take to win a game in general. The minimax algorithm is an algorithm – recursive in nature – that is used in games. You can try an online version of the Tic-Tac-Toe game here: What Is The Minimax Algorithm in Java? If you managed to beat the ‘T3oW AI Engine’ (in this case, the “engine” is simply the server/computer whom you are playing against), let us know in the comments section. I hope that you enjoy the game and learning how to create Tic-Tac-Toe using JAVA, AI concepts, and minimax. To gain further insight into its working and better grasp the core concepts of AI development, I decided to create a web-based version of the Tic-Tac-Toe game using the minimax algorithm. As a Computer Science student for life, studying AI programming has helped me understand – and appreciate – software development at a higher level.Įven though I was introduced late to the concepts of the minimax algorithm, I was amazed by the many potential applications of this algorithm. ![]() In my later life, I attended a specialized program on Artificial Intelligence (AI) and Intelligent Agents at the Indian Institute of Science, Bangalore. I have solid foundations in Computer Information Science & Engineering with about 6 Years of progressive CSE/ISE education. We will be using the minimax algorithm to create our very own web-based, online, Tic Toe Game. ![]() This is the first part in a series where you will learn the core principles of Artificial Intelligence (AI) programming in Java.
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