Combines model-free Q-ensembles and model-based approaches for improved exploration.
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5 results for “Q-ensembles”
problem Improving exploration strategies in reinforcement learning.
method Integrates model-free Q-ensembles and model-based trajectory memory approaches.
result Model-based trajectory memory combined with Q-ensembles outperforms Q-ensembles alone.
SPQR improves Q-ensemble diversity in reinforcement learning.
problem Overestimation bias in Q-learning for complex tasks.
method Introduces SPQR for Q-ensemble independence regularization.
result SPQR outperforms baseline algorithms in online and offline RL benchmarks.
We show how an ensemble of -functions can be leveraged for more effective exploration in deep reinforcement learning. We build on well established algorithms from the bandit setting, and adapt them to the -learning setting. We propose an exploration strategy based on upper-confidence bounds (UCB). Our experimen…
New DRL algorithm improves sample efficiency and exploration performance.
problem High sample cost in deep reinforcement learning.
method Combines entropy and bootstrap techniques with Tsallis entropy regularization.
result Demonstrates more efficient and effective exploration on Atari games.
SUNRISE improves off-policy RL algorithms by integrating ensemble methods.
problem Stability and exploration issues in off-policy RL algorithms.
method SUNRISE combines ensemble-based weighted Bellman backups and upper-confidence bounds for efficient exploration.
result SUNRISE improves the performance of off-policy RL algorithms across various domains.