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README.md

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 # Machine learning games
-Set of games designed to experiment with QLearning, Neuroevolution, and PoseNet.
+
+Welcome to Machine Learning Games, a repository containing set of games designed to experiment with QLearning, Neuroevolution, and PoseNet.
+
+## Games
+
+Here are some of the games and interactive applications available in this repository:
+
+* [Ball_Q-Learning](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Ball_Q-Learning): A simulation of a ball learning how to reach a target with Q-Learning.
+
+* [Flappy_Bird_PoseNet](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Flappy_Bird_PoseNet): Flappy Bird controlled with PoseNet.
+
+* [Stickman_PoseNet](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Stickman_PoseNet): A sample jumping game with PoseNet.
+
+* [Drone_Q-Learning](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Unity/Drone_Q-Learning): A Unity simulation of a drone learning how to fly with Q-Learning.
+
+* [Wolf3d_PoseNet](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Wolf3d_PoseNet): Wolf3d controlled PoseNet and pose classification.
+
+* [Worm-Q-Learning](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Worm-Q-Learning): A simulation of a worm learning how to jump with Q-Learning.
+
+* [Worm_Neuroevolution](https://github.com/Ghassen-Chaabouni/machine_learning_games/tree/master/Worm_Neuroevolution): A simulation of a worm learning how to jump with Neuroevolution.
+
+Please refer to the individual directories for each game for more details.
+