A Mutual Information-based Assessment of Reverse Engineering on Rewards of Reinforcement Learning

Keyphrases

• Reverse Engineering 100%
• Reinforcement Learning 100%
• Mutual Information 100%
• State Space 100%
• Information-centric 100%
• Inverse Reinforcement Learning 100%
• Assessment for Learning 33%
• Paper-based 33%
• Commercial Value 33%
• Accuracy Analysis 33%
• Learning Performance 33%
• Tensor Model 33%
• Granularity 33%
• Comprehensive Assessment 33%
• Accurate Assessment 33%
• Sample Space 33%
• Reward Value 33%
• Reinforcement Learning Algorithm 33%
• Value Differences 33%
• Agglomerative Nesting Algorithm 33%
• Order Tensor 33%
• Normalized mutual Information 33%
• Reward Loss 33%
• Hyperparameters 33%

Computer Science

• Reverse Engineering 100%
• Mutual Information 100%
• Reinforcement Learning 100%
• State Space 50%
• Granularity 16%
• Fundamental Question 16%
• Learning Performance 16%
• Difference Value 16%
• Dimension Value 16%
• Leaning Parameter 16%

Chemical Engineering

• Reinforcement Learning 100%