Waypoint-OPD: Transferring RL-Induced Policy Shifts via Gated On-Policy Distillation
Policy-shift distillation reuses the difference between a teacher's log probabilities before and after reinforcement learning (RL) as supervision on student-generated trajectories. However, this endpoint policy shift cannot reveal whether local action preferences evolved consistently during teacher training. The same endpoint shift can result from early and late shifts that rei
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Policy-shift distillation reuses the difference between a teacher's log probabilities before and after reinforcement learning (RL) as supervision on student-generated trajectories. However, this endpoint policy shift cannot reveal whether local action preferences evolved consistently during teacher training. The same endpoint shift can result from early and late shifts that rei
This research introduces a novel distillation technique that improves the transfer of RL-induced policy shifts, potentially leading to more efficient and stable reinforcement learning applications. For ML engineers, understanding such distillation methods can optimize model training, reduce computational costs, and enhance the performance of RL agents in real-world scenarios.