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IT3708 - Subsymbolic Methods in AI, Fall 2007

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  • First lecture of 2007: Kl 10:15 - 12:00, August 20, Room F2 in Nye Fysikk

    This course introduces students to subsymbolic methods and concepts in AI, particularly artificial neural networks (ANNs) and evolutionary algorithms (EAs).

    On these pages you will find relevant static information regarding the course.

    In 2007, it is undecided as to whether It's Learning will be used for the course. More on that soon.

    Latest News

      Read more news here.


      Course Overview

      This course introduces several artificial intelligence methods that involve more quantitative calculation than symbol manipulation. The two key sub-symbolic methodologies that will be covered are evolutionary algorithms (EAs) and artificial neural networks (ANNs), both of which are derived from biological principles.

      EAs use the evolutionary biological metaphor of Darwinian natural selection as the basis for stochastic parallel search through complex fitness landscapes. This powerful search technique has been applied to a host of problem domains, such as task-scheduling, controller design, pattern recognition, robotics, immunology, economics and machine learning. In addition, EAs are commonly used in artificial life (alife), an exciting new interdisciplinary area with strong connections to biology, chemistry, mathematics, computer science and engineering. We will focus on two types of EAs: genetic algorithms (GA) and genetic programming (GP).

      Neural networks are powerful machine-learning tools abstractly based on the behaviors of collections of neurons in the brain. They are exceptionally useful in learning general concepts from examples, in either a supervised mode (i.e. the system is told which class each example belongs to) or unsupervised situations, where the ANN has to cluster the examples based on similarity. The distributed nature of information in neural networks makes them fundamentally different from standard AI knowledge representations and very popular as models of memory and as tools for complex data-analysis tasks in a wide variety of domains.


      People

      Lecturer: Keith Downing (keithd<at>idi.ntnu.no)
      Office: Room 308 IT-Vest
      Phone: (73 5)9 02 71

      Teaching Assistant: Min Shi (minshi<at>idi.ntnu.no) and Boye Annfelt Hoverstad (hoversta<at>idi.ntnu.no)
      Office: Room 361 IT-Vest
      Phone: (73 5)5 10 17

      Redaktør: Kontorsjef Bård Kjos  Kontaktadresse: Keith L. Downing  Sist oppdatert: 16.10.2007