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Giovanni Felici
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- Objectives
- What is AI
- Foundations of AI
- History of AI
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Giovanni Felici
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- Agents and Environments
- The Nature of Environments
- The Structure of Agents
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Giovanni Felici
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- Example problems
- Tree search and graph search
- Uninformed search
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Giovanni Felici
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- Greedy search
- A* search
- Heuristic functions
- Local Search
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Giovanni Felici
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- Definition of CSP
- Constraint Propagation
- Search in CSP
- Structure of CSP
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Giovanni Felici
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- Logical Agents
- Logic, Formally
- Propositional Logic
- Theorem Proving
- Special CNF Systems
- Satisfiability
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Giovanni Felici
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- Semantic & Syntax
- Quantifiers
- Numbers, Sets, Lists
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Giovanni Felici
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- Reducing to propositional inference
- Unification
- Forward chaining
- Backward chaining
- Resolution
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Giovanni Felici
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- Definitions
- Complexity of Planning
- Algorithms for Planning
- Heuristics for Planning
- The Planning Graph
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Giovanni Felici
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- Planning And Scheduling
- Critical Path Method
- Hierarchical Planning
- Planning in Other Domains
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Giovanni Felici
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- Uncertainty
- Probability
- Inference
- Bayes’ Theorem
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Giovanni Felici
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- Introduction to Bayesian Networks
- Conditional independence in BN
- Exact Inference
- Approximated Inference
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Giovanni Felici
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- Time and uncertainty
- Four tasks of temporal models
- Hidden Markov Models
- Kalman Filters
- Dynamic Bayesian Networks
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Giovanni Felici
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- Utility Theory
- Decision Networks
- The Value of Information
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Giovanni Felici
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- Sequential Decision Problems
- The Bellman Equation
- Partially Observable Markov Decision Processes
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Giovanni Felici
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- Decisions With Multiple Agents
- Dominance and Equilibrium
- Mechanism Design and Auctions
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Giovanni Felici
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- Forms of Learning
- Supervised Learning
- Decision Trees
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Giovanni Felici
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- Linear Regression
- Linear Classification
- Logistic Regression
- Neural Networks
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Giovanni Felici
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- Support Vector Machines
- Non Parametric Models
- Nearest Neighbor
- Non Parametric Regression
- Ensamble Learning
- Computational Learning Theory
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Giovanni Felici
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- Knowledge in learning
- Learning with background
- Statistical learning with complete knowledge
- Statistical learning with uncomplete knowledge
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