AI concept
Q-learning is a reinforcement learning algorithm that learns action values from rewards without needing a model of the environment.
Explore reinforcement learning by watching an agent move through a maze, collect rewards, update Q-values, and learn better paths. Learn the model, state transitions, search behavior, and practical AI reasoning flow through an OpenLabs interactive simulator.
Q-learning is a reinforcement learning algorithm that learns action values from rewards without needing a model of the environment.
The agent explores states, takes actions, receives rewards, updates Q-values, and gradually improves its path toward the goal.
States, actions, rewards, and Q-value updates
Trace each state, decision, or rule step through an interactive learning flow.
The agent explores states, takes actions, receives rewards, updates Q-values, and gradually improves its path toward the goal. The lab turns abstract AI problem solving into a visible sequence of states, decisions, and results.
Understand states, actions, rewards, and policies.
Visualize how Q-values change through experience.
Learn exploration versus exploitation in a maze.
Connect reinforcement learning with path-finding behavior.
Open the Q-Learning Maze lab, adjust the problem inputs, and follow how the visualizer updates each state or inference step. Use it to compare AI theory with observable behavior.
Q-learning is a reinforcement learning algorithm that learns the value of actions in states from rewards.
The agent learns which actions lead to better rewards and shorter paths to the goal.
Q-values estimate how useful an action is in a given state for achieving future rewards.
Launch the visualizer and turn AI search, reasoning, and planning into a clear hands-on learning path.