Bespoke audio agent harness for restoration, media cleanup, and evidence-based rhythm analysis
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Updated
Oct 30, 2026 - Python
Bespoke audio agent harness for restoration, media cleanup, and evidence-based rhythm analysis
Implementation of some Reinforcement Learning methods for grid world in Python
Learn Tabular Q-Learning, $\varepsilon$-greedy exploration, and Bellman Dynamic Programming in the browser with interactive Tic-Tac-Toe. Zero dependencies.
Comparison of one-step Q-learning, 4-step Q-learning, and 4-step SARSA in the Gymnasium Taxi-v3 environment.
ShadowTrace: Graph-Topology-Aware Fraud Ring Detection via Heterogeneous Network Embeddings and Temporal Edge Signals
Gymnasium environment for the game 2048
Reinforcement Learning Short Course
A library of reinforcement learning (RL) algorithms.
Comparing SARSA, Q-Learning, and Double Q-Learning on Cliff Walking and Taxi-V3 Tasks
Benchmarking tabular RL (Q-Learning, Double-Q, SARSA, Expected SARSA) on Gymnasium Taxi — with action masking, ablations, statistical analysis, and demos.
Event-driven RL Framework for Long-horizon Control in Asynchronous, Discrete-event Systems
Reinforcement learning implementations across FrozenLake, LunarLander, and HalfCheetah: Q-learning, SARSA, PPO, SAC, and evolutionary algorithms (CMA-ES, NES, MAP-Elites).
solving a simple 4*4 Gridworld almost similar to openAI gym FrozenLake using SARSA Temporal difference method Reinforcement Learning
Multi-Agent Drone Defense: Reinforcement Learning
Repository for the CENG567 (Reinforcement Learning) Course
Path Planning with Reinforcement Learning algorithms in an unknown environment
Reinforcement Learning (RL)! This repository is your hands-on guide to implementing RL algorithms, from Markov Decision Processes (MDPs) to advanced methods like PPO and DDPG. Build smart agents, learn the math behind policies, and experiment with real-world applications!
Teaching an agent to navigate "Rectangular Course" (4 turns) using Temporal Difference (TD) learning
AI learns to play the game 2048 through reinforcement learning, using N-tuple networks and temporal difference learning.
Expressive Value Learning for Offline Reinforcement Learning
To associate your repository with the temporal-differencing-learning topic, visit your repo's landing page and select "manage topics."