AI with Python – Primer Concepts AI with Python – Getting Started AI with Python – Machine Learning AI with Python – Data Preparation Supervised Learning: Classification Supervised Learning: Regression AI with Python – Logic Programming Unsupervised Learning: Clustering Natural Language Processing AI...
You can do that step-by-step in this course on Reinforcement Learning with Gymnasium in Python, where you’ll explore many algorithms including Q-learning, SARSA, and more. Be sure to use the function we’ve just created to animate your agents' progress, and have fun! Conclusion ...
# From: https://github.com/AndyYue1893/Hands-On-Reinforcement-Learning-With-Python # https://www.cnblogs.com/kailugaji/ - 凯鲁嘎吉 - 博客园 ''' 出租车调度 这里有 4 个地点,分别用 4 个字母表示,任务是要从一个地点接上乘客,送到另外 3 个中的一个放下乘客,越快越好。 颜色:蓝色:乘客,红色...
4. **Applying Python to Reinforcement Learning** - 使用Python实现强化学习,包括Q学习、使用Python的MDP工具箱、群体智能以及构建游戏AI。 5. **Reinforcement Learning with Keras, TensorFlow, and ChainerRL** - 介绍如何使用Keras、TensorFlow和ChainerRL进行深度强化学习,包括Keras和ChainerRL的安装和使用方法。 6...
这本书是介绍深度强化学习的,使用python,非常新,2020年出版的,761页,github有代码,貌似没有中文版。 介绍深度学习的书籍有很多,比如Richard Shutton的Reinforcement Learning, An Introduction, 2nd editio…
连续空间中, Q-function实现如下, 离散空间中, Q-function实现如下, Part Ⅱ: RL之实现 训练tips: ①. target network中Q-function在一定训练次数内可以保持不变 ②. exploration使数据采集更加丰富 Epsilon Greedy a={argmaxaQ(s,a),with probability1−εrandom,with probabilityε ...
Sudharsan Ravichandiran创作的计算机网络小说《Hands-On Reinforcement Learning with Python》,已更新章,最新章节:undefined。Ifyou'reamachinelearningdeveloperordeeplearningenthusiastinterestedinartificialintelligenceandwanttolearnaboutreinfo…
Hands-On Reinforcement Learning with Python 作者名: Sudharsan Ravichandiran本章字数: 180字更新时间: 2021-06-18 19:12:07 Basic simulations Let's see how to simulate a basic cart pole environment: First, let's import the library: import gym The next step is to create a simulation instance...
Q-Learning是一种基于动态编程的强化学习算法,它通过在线学习来优化策略。Q-Learning的目标是学习一个近似于最佳策略的价值函数,这个价值函数可以用来评估状态-动作对的质量。 Q-Learning的数学模型可以表示为: $$ Q(s, a) \leftarrow Q(s, a) + \alpha [r + \gamma \max_{a'} Q(s', a') - Q(s...
Understand the Markov Decision Process, Bellman’s optimality, and TD learning Solve multi-armed-bandit problems using various algorithms Master deep learning algorithms, such as RNN, LSTM, and CNN with applications Build intelligent agen...