Lessons from AlphaZero for Optimal, Model Predictive, and Adaptive Control
This book proposes a revolutionary framework that enhances reinforcement learning through the synergy of off-line training and on-line play algorithms.
Lessons from AlphaZero for Optimal, Model Predictive, and Adaptive Control
Artikelnr.: 184458100

Lessons from AlphaZero for Optimal, Model Predictive, and Adaptive Control

Artikelnr.: 184458100

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This book proposes a revolutionary framework that enhances reinforcement learning through the synergy of off-line training and on-line play algorithms.
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Besondere Merkmale

Advanced Learning Techniques
Utilizes cutting-edge reinforcement learning methods to optimize control strategies, ensuring learning from vast data inputs for precise performance.
Model Predictive Control
Incorporates model predictive control to enhance predictive accuracy, enabling proactive decision-making in dynamic environments and improving control efficiency.
Adaptive Strategies
Features adaptive control mechanisms that adjust to changing conditions, ensuring robust system performance across varying scenarios while minimizing manual interventions.

Produktdetails

Shop Lessons from AlphaZero for Optimal, Model Predictive, and Adaptive Control online at a best price in Austria. 1886529175
  • The purpose of this book is to propose and develop a new conceptual framework for approximate Dynamic Programming (DP) and Reinforcement Learning (RL). This framework centers around two algorithms, which are designed largely independently of each other and operate in synergy through the powerful mechanism of Newton's method. We call these the off-line training and the on-line play algorithms; the names are borrowed from some of the major successes of RL involving games. Primary examples are the recent (2017) AlphaZero program (which plays chess), and the similarly structured and earlier (1990s) TD-Gammon program (which plays backgammon). In these game contexts, the off-line training algorithm is the method used to teach the program how to evaluate positions and to generate good moves at any given position, while the on-line play algorithm is the method used to play in real time against human or computer opponents. Both AlphaZero and TD-Gammon were trained off-line extensively using neural networks and an approximate version of the fundamental DP algorithm of policy iteration. Yet the AlphaZero player that was obtained off-line is not used directly during on-line play (it is too inaccurate due to approximation errors that are inherent in off-line neural network training). Instead a separate on-line player is used to select moves, based on multistep lookahead minimization and a terminal position evaluator that was trained using experience with the off-line player. The on-line player performs a form of policy improvement, which is not degraded by neural network approximations. As a result, it greatly improves the performance of the off-line player. Similarly, TD-Gammon performs on-line a policy improvement step using one-step or two-step lookahead minimization, which is not degraded by neural network approximations. To this end it uses an off-line neural network-trained terminal position evaluator, and importantly it also extends its on-line lookahead by rollout (simulation with the one-step lookahead player that is based on the position evaluator). Significantly, the synergy between off-line training and on-line play also underlies Model Predictive Control (MPC), a major control system design methodology that has been extensively developed since the 1980s. This synergy can be understood in terms of abstract models of infinite horizon DP and simple geometrical constructions, and helps to explain the all-important stability issues within the MPC context. An additional benefit of policy improvement by approximation in value space, not observed in the context of games (which have stable rules and environment), is that it works well with changing problem parameters and on-line replanning, similar to indirect adaptive control. Here the Bellman equation is perturbed due to the parameter changes, but approximation in value space still operates as a Newton step. An essential requirement here is that a system model is estimated on-line through some identification method, and is used during the one-step or multistep lookahead minimization process. In this monograph we aim to provide insights (often based on visualization), which explain the beneficial effects of on-line decision making on top of off-line training. In the process, we will bring out the strong connections between the artificial intelligence view of RL, and the control theory views of MPC and adaptive control. Moreover, we will show that in addition to MPC and adaptive control, our conceptual framework can be effectively integrated with other important methodologies such as multiagent systems and decentralized control, discrete and Bayesian optimization, and heuristic algorithms for discrete optimization. One of our principal aims is to show, through the algorithmic ideas of Newton's method and the unifying principles of abstract DP, that the AlphaZero/TD-Gammon methodology of approximation in value space and rollout applies very broadly to deterministic and stochastic optimal control problems. Newton's method here is used for the solution of Bellman's equation, an operator equation that applies universally within DP with both discrete and continuous state and control spaces, as well as finite and infinite horizon.
Publisher Athena Scientific
Publication date March 19, 2022
Language English
Print length 211 pages
ISBN-10 1886529175
ISBN-13 978-1886529175
Item Weight 1.05 pounds (480 grams)
Dimensions 10 x 8 x 2 inches (25.4 x 20.3 x 5.1 cm)

Für wen ist das Produkt geeignet?

Suitable For
  • Control Engineers

    Ideal for control engineers seeking advanced techniques in optimal and model predictive control for complex systems.

  • Researchers

    Beneficial for researchers focusing on adaptive control and machine learning methodologies in modern control systems.

  • Graduate Students

    Perfect for graduate students studying control theory who want to deepen their understanding through practical applications.

Not Suitable For
  • Non-technical Users

    Not suitable for non-technical users or those without a background in control systems or mathematics.

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Intelligence & Semantics Editorial Review

Lessons from AlphaZero for Optimal, Model Predictive, and Adaptive Control is a captivating read published by Athena Scientific on March 19, 2022. This book, containing 211 pages of insightful content, delves into advanced control techniques influenced by the groundbreaking AlphaZero AI. Readers have praised its clear language and structured approach, making complex topics more accessible. The book's comprehensive coverage is ideal for both students and professionals interested in AI applications in control systems. Its dimensions are 10 x 8 x 2 inches, making it a solid yet portable resource for enthusiasts eager to enhance their understanding of model predictive control and adaptive control methods.

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Vorteile

  • Well-structured and easily understandable content
  • Focuses on AI applications in control systems
  • Comprehensive resource for students and professionals
  • Clear explanations of complex techniques
  • Portable size for easy reading

Nachteile

  • Some readers may prefer more advanced topics covered

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