Objectives
- The objective of the course is to familiarise students with the subject of artificial
intelligence and its fundamental approaches and methodologies. The major approaches are
historically surveyed: classical centralised approaches that rely basically on logic and
tackle issues such as problem-solving, planning, learning, board games etc., as well as modern
situated, behaviour-based and distributed approaches that follow a systemic and algorithmic
methodology. Special emphasis is put on the topics that touch more generally on cognitive
science and philosophy of mind: Turing test and chinese room experiment, symbol systems and
symbol grounding, subsymbolic systems, connectionism, meaning of knowledge and representation
in the different approaches, autonomy, emergence, creativity, consciousness.
- At a practical level, the course seeks to have the students experiment with at least one
pre-existing system and realize the issues, theoretical and technical, involved in the design
of a system demonstrating a degree of intelligence or modelling an aspect of it.
Instructor
Elpida Tzafestas
Associate Professor
Cognitive Science Laboratory
Department of History and Philosophy of Science (M.I.Th.E.)
National and Kapodistrian University of Athens
University Campus, Ano Ilisia 15771 Athens
GREECE
Tel. (+30) 210-727 5522,
(+30) 210-727 5506
Fax. (+30) 210-727 5530
etzafestas@phs.uoa.gr
http://users.softlab.ntua.gr/~brensham
Syllabus
- Historical introduction to AI
History, Roots, Topics, Applications
- AI and decision
Decision-making, Problem-solving, Reasoning, Games, Logic, Planning,
Behavior
- AI and learning
Terminology, Problems, Objectives, Techniques
- Distributed intelligence
Blackboards, Distributed AI, Multi-agent systems, Minsky
- Proto-intelligence
Cambrian intelligence, Animats, Artificial life, Complex systems
- General theories of AI
Newell, Pitrat, Sloman, Minsky
- Theoretical and methodological issues
Turing/Searle, Weak or strong AI, Grounding, Embodiment/Situatedness, Representations
Course material
- Lecture slides
- Readings (papers and chapters)
- Exercises with solutions
- Excerpts from "Society of Mind" (by M. Minsky)
Practical assignments (indicative)
- Braitenberg vehicles
- Evolutionary robot simulation
- Domino player
Snapshot:
Page last updated 09 March 2012
Send me mail (etzafestas@phs.uoa.gr)