Tag: 강화학습
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Model-Free vs Model-Based RL: 샘플 효율성 비교 가이드
Model-Free vs Model-Based RL: which needs fewer samples? Atari/MuJoCo benchmarks reveal the trade-offs you need to know before coding.
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Exploration vs Exploitation: ε-greedy부터 UCB, Thompson까지
Compare ε-greedy, UCB, Thompson Sampling, and RND for sparse rewards. See which exploration strategy actually works in hard environments.
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Model-Based RL: Dyna-Q부터 MuZero까지 Planning 전략
Dyna-Q to MuZero: how model-based RL learns environment dynamics. MCTS planning and MBPO/Dreamer implementation strategies with code.
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Policy Gradient 완벽 가이드: REINFORCE부터 PPO까지 수학 원리와 PyTorch 구현
Policy Gradient from scratch: REINFORCE to PPO with PyTorch code. Reduce variance 100x using baselines and see why PPO beats vanilla PG.
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Reward Shaping 마스터하기: 학습 속도를 10배 높이는 보상 설계 전략과 함정 회피법
Reward shaping accelerates RL training 10x—but breaks policies if done wrong. Use potential-based shaping and avoid these 3 fatal mistakes.
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NeurIPS 2025 주목할 만한 논문: Scalable Deep RL – 대규모 강화학습의 새로운 지평
NeurIPS 2025 Best Paper candidate achieves 3-4x faster deep RL training with Actor-Learner architecture and Adaptive V-trace. Implementation guide.
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Actor-Critic 방식 완전 정복: A2C부터 SAC까지 장단점 비교와 하이퍼파라미터 튜닝 실전 가이드
A2C vs PPO vs SAC: real training curves from 5 environments. Hyperparameter tuning secrets that cut training time 40% with Stable-Baselines3.
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World Model 기반 강화학습: Dreamer v3와 MBPO로 샘플 효율 10배 높이기
Dreamer v3 and MBPO boost RL sample efficiency 10×. World Models learn environment dynamics—RSSM architecture and ensemble tricks explained.