framework
active
framework:reinforcement-learning-from-ai-feedbackReinforcement Learning from AI Feedback
Variant of RLHF where human feedback is replaced with AI-generated feedback for harmlessness.
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Methods (1)
method
- Method for fine-tuning LMs based on human preferences; mentioned as combining RL and LMs.
Frameworks (3)
framework
- Reinforcement Learningrelated_toAlternative framework for agent behavior; based on reward maximization rather than free energy minimization.
- Reinforcement Learning Constitutional AIrelated_toThe RL stage of CAI using AI feedback to train a preference model, then RL, resulting in a policy trained by RLAIF.
- Preference ModelimplementsA model trained on comparison data to assign scores to responses, used as reward signal in RLHF/RLAIF.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- A competing alignment approach that fine-tunes models based on human evaluator feedback; discussed as complementary to SOO
- The hypothesis that cellular collectives can be trained via rewards/punishments to produce specific morphological outcomes.
- AI training method inspired by behaviorism, used for autonomous cars and drones; cited as bioinspired success
- Value learning method inferring reward function from expert demonstrations; reviewed as insufficient for superintelligent alignment
- Proposed experimental paradigm to train morphogenesis using rewards and punishments, treating tissues as learning agents.
- Actually training Claude to comply with the conflicting objective using Proximal Policy Optimization
- Operational definition of RL used throughout the paper, quoted from Sutton.
- Reinforcement learning methods that update parameters at the end of an episode based on sampled returns.