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Titlebook: Applying Reinforcement Learning on Real-World Data with Practical Examples in Python; Philip Osborne,Kajal Singh,Matthew E. Taylor Book 20

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發(fā)表于 2025-3-21 16:56:40 | 只看該作者 |倒序?yàn)g覽 |閱讀模式
期刊全稱Applying Reinforcement Learning on Real-World Data with Practical Examples in Python
影響因子2023Philip Osborne,Kajal Singh,Matthew E. Taylor
視頻videohttp://file.papertrans.cn/161/160264/160264.mp4
學(xué)科分類Synthesis Lectures on Artificial Intelligence and Machine Learning
圖書(shū)封面Titlebook: Applying Reinforcement Learning on Real-World Data with Practical Examples in Python;  Philip Osborne,Kajal Singh,Matthew E. Taylor Book 20
影響因子Reinforcement learning is a powerful tool in artificial intelligence in which virtual or physical agents learn to optimize their decision making to achieve long-term goals. In some cases, this machine learning approach can save programmers time, outperform existing controllers, reach super-human performance, and continually adapt to changing conditions. This book argues that these successes show reinforcement learning can be adopted successfully in many different situations, including robot control, stock trading, supply chain optimization, and plant control. However, reinforcement learning has traditionally been limited to applications in virtual environments or simulations in which the setup is already provided. Furthermore, experimentation may be completed for an almost limitless number of attempts risk-free. In many real-life tasks, applying reinforcement learning is not as simple as (1) data is not in the correct form for reinforcement learning, (2) data is scarce, and (3) automation has limitations in the real-world. Therefore, this book is written to help academics, domain specialists, and data enthusiast alike to understand the basic principles of applying reinforcement lea
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Steven R. Costenoble,Stefan WanerThis chapter provides case studies for commercial applications of reinforcement learning as examples to learn from. We include brief descriptions of the core components needed to understand the problem and current solutions but is suggested that further reading on the sources is required for a complete understanding.
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Conclusion,ings. To achieve this, we introduced the approach with definitions on what defines . and a simple example to demonstrate the differences between reinforcement learning and mathematics, statistics and machine learning in
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The Equivariant Cohomology of ,olicy can be learned or improved over time. As in the previous chapter, we recommend that the reader take a high-level read through on the first pass, but plan on returning to this chapter as additional understanding is desired, in the context of later concrete examples.
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The Equivariant Cohomology of ,ed of a complex, virtual environment allows the reader to more easily understand the concepts in the previous chapters. By fully defining the probabilistic environment, we are able to simplify the learning process and clearly demonstrate the effect changing parameters has on the results. This is val
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