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VendiRL: A Framework for Self-Supervised Reinforcement Learning of Diversely Diverse Skills

Created by
  • Haebom

Author

Erik M. Lintunen

Outline

In self-supervised reinforcement learning (RL), a key challenge is for agents to learn diverse skills to prepare for unknown future tasks. Scalability and evaluation remain challenges. Identifying meaningful skills can be obscured by high-dimensional feature spaces, and assessing skill diversity requires a fixed notion of what "diversity" means, making comparisons difficult and potentially leaving diverse forms of diversity unexplored. To address these challenges, this paper uses the Vendi score, a sample diversity measure that applies ecological ideas to machine learning, allowing users to specify and evaluate desired forms of diversity. VendiRL facilitates skill evaluation using this metric and presents a unified framework for learning diverse skill sets. VendiRL utilizes different similarity functions to induce different forms of diversity, supporting skill diversity pre-learning in novel, richly interactive environments where optimization for diverse forms of diversity may be desirable.

Takeaways, Limitations

Takeaways:
A new method for assessing skill diversity using the Vendi score is presented.
Learn a diverse set of skills through the VendiRL framework.
Supports various forms of diversity, enabling pre-learning of technical diversity in various environments.
Limitations:
Lack of information on specific experimental results and performance comparisons.
Further research is needed on the selection of similarity functions for effective application of the Vendi score.
Further research is needed to verify the application and performance of VendiRL in real-world environments.
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