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World Models in AI Systems

Advanced AI architectures that learn environment dynamics for simulation, prediction, and planning in robotics, gaming, and autonomous systems

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What are World Models?

World models predict what happens next in an environment. They capture the underlying physics, rules, and constraints by observing sequences of states, actions, and rewards.

Core Components#

  • Vision/Encoder (V): Maps high-dimensional observations (images, proprioception, text) into compact latent states
  • Memory/Dynamics (M): Predicts future latent states and task variables (e.g., reward, termination) given current latent state and action
  • Controller/Policy (C): Selects actions using the world model to evaluate and plan

Key Advantages#

  • Sample efficiency: Learn through imagination and simulated rollouts
  • Planning: Evaluate multiple futures before acting
  • Transfer: Reuse learned dynamics for new tasks in the same environment family
  • Safety: Stress-test risky scenarios in simulation first
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