Artificial Intelligence by Seoul National University

Introduction to Artificial Intelligence by Marc Toussaint

Mark Toussaint's 'Introduction to Artificial Intelligence' provides a comprehensive overview of basic and advanced AI concepts. The text delves into research design, probability theory, and the multi-armed robber problem, laying a solid foundation for understanding decision-making processes It requires Monte Carlo Tree Search and games theoretically, providing insight into the process of solving problems. The book talks about dynamic design and reinforcement learning, and shows how AI workers learn and adapt over time. Other topics include constraint satisfaction problems, graphical modeling, and dynamic simulation, highlighting various approaches to dealing with complex, interacting fields The text addresses AI and machine learning and neural network management focusing on the importance of AI presentation Both the theoretical and practical aspects of the I Provides a suitable ground.

Author(s): Marc Toussaint

248 Pages

Lecture note on Artificial Intelligence

St. Ann Engineering and Technology 'Lecture Notes on Artificial Intelligence' provides a comprehensive introduction to basic AI concepts. It begins with an introduction to AI and product design, lays the foundation for understanding the fundamentals and fundamental structure of artificial intelligence and then the presentation delves into the knowledge base, drawing the focus is on how information is structured and used in AI systems. It explores the Definition of Knowledge through Predicate Logic, and explains how formal logic is used to represent complex information and relationships. The section on knowledge measurement describes methods for extracting new information from existing knowledge about the AI system. The presentation is about systems and machine learning, about strategic decision-making methods and adaptive learning in AI. Finally, it discusses expert systems and metaknowledge, explores advanced systems designed to mimic human knowledge, and examines the role of higher-order knowledge in AI applications. This resource provides a comprehensive overview of important AI topics spanning both theoretical and practical aspects of the field.

Author(s): St Anne College of Engineering and Technology

173 Pages

Introduction to Artificial Intelligence by Thomas P Trappenberg

Introduction to Artificial Intelligence by Thomas P. Trappenberg provides a comprehensive insight into AI concepts, presented by Dalhousie University. The essay begins with an introduction and history, providing a foundation for the development of AI , It includes research designs and their applications, followed by Robotics and Motion Planning, which are robotic While exploring the integration of AI in the design, the paper delves into constraint satisfaction problems, dealing with solution methods handles complex constraints, including learning machines and perceptrons, and improves with regression, classification , and maximum likelihood techniques support vector machines, learning theory, and naive Bayes and other generative models, probabilistic reasoning is also available, including Bayesian networks and Markov models Overview of essential AI methods and applications.

Author(s): Thomas P Trappenberg, Dalhousie University

208 Pages

Digital notes on Artificial Intelligence

Department of Information Technology's 'Digital Notes on Artificial Intelligence' at Malla Reddy College of Engineering and Technology provides a comprehensive overview of AI concepts. It begins with an introduction to AI, setting up more advanced topics . The essays include a variety of search methods, including A Search, and overcome challenges such as partial discovery searches. Techniques such as Alpha-Beta Pruning have been introduced in order to optimize the search process. The text explores ways of understanding including forward and backward chains, and delves into the syntax and semantics of first-order meaning. This includes all knowledge technologies, decision-making, and classical planning including state space exploration. In addition, it involves practice in random environments, multidimensional design, probabilistic reasoning using Bayes rules, Bayesian networks, Dempster-Shafer theorem The presentation goes on to say useful things on such as learning decision trees and the importance of knowledge in curriculum design.

Author(s): Department of Information Technology , Malla Reddy College Of Engineering and Technology

143 Pages