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Implementation of a real-time learning AI model combining Liquid Time Constant Neural Networks with surprise minimization-based learning rules

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Surprise Minimization Liquid Neural Network

Implementation of a real-time learning AI model combining Liquid Time Constant Neural Networks with surprise minimization-based learning rules.

Project Overview

This project aims to create an AI model that combines Liquid Time Constant (LTC) Neural Networks with a surprise minimization-based learning rule to achieve real-time, unsupervised learning capable of human-like problem-solving routines.

Key Components

  1. Liquid Time Constant Neural Networks
  2. Surprise Minimization Learning Rules
  3. Real-time, Online Learning
  4. STDP-like Plasticity Implementation

Getting Started

Documentation and setup instructions will be added as the project develops.

Project Structure

  • /src - Source code
  • /docs - Documentation
  • /tests - Test suite
  • /data - Data handling utilities
  • /experiments - Experimental notebooks and scripts

License

This project is licensed under the MIT License - see the LICENSE file for details.

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Implementation of a real-time learning AI model combining Liquid Time Constant Neural Networks with surprise minimization-based learning rules

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