Modeling of autonomous problem solving process by dynamic construction of task models in multiple tasks environment

Access this Article

Search this Article


    • Graduate School of Information Science, Hokkaido University
    • OMORI Takashi
    • Tamagawa University Research Institute, Tamagawa University


Traditional reinforcement learning (RL) supposes a complex but single task to be solved. When a RL agent faces a task similar to a learned one, the agent must relearn the task from the beginning because it doesn't reuse the past learned results. This is the problem of quick action learning, which is the foundation of decision making in the real world. In this paper, we suppose agents that can solve a set of tasks similar to each other in a multiple tasks environment, where we encounter various problems one after another, and propose a technique of action learning that can quickly solve similar tasks by reusing previously learned knowledge. In our method, a model-based RL uses a task model constructed by combining primitive local predictors for predicting task and environmental dynamics. To evaluate the proposed method, we performed a computer simulation using a simple ping-pong game with variations.


  • Neural Networks  

    Neural Networks 19(8), 1169-1180, 2006-10-01 

References:  15

You must have a user ID to see the references.If you already have a user ID, please click "Login" to access the info.New users can click "Sign Up" to register for an user ID.


Page Top