http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
24 videocassettes (approximately 65 min. each) : sound, color ; 1/2 in.
This video course should be used in conjunction with the presenter's book: The metaphorical brain 2 : neural networks and beyond. New York : Wiley, 1989.
[1] Course 1. Neurons, schemas and cooperative computation. Lecture 1. Brain theory & sixth generation computers.--[2] Lecture 2. Action-oriented perception & intelligence.--[3] Lecture 3. The brain as a network of neurons.--[4] Lecture 4. A functional perspective.--[5] Lecture 5. Visual preprocessing.--[6] Lecture 6. Feedback and the spinal cord.--[7] Lecture 7. Adaptive networks, pt. 1.--[8] Lecture 8. McCulloch's principles of cooperative computation.--[9] Lecture 9. Constraint satisfaction and connection.--[10] Lecture 10. Depth perception.--[11] Lecture 11. Competition and cooperation in neural networks.--[12] Lecture 12. Schemas for the frog & toad.--[13] Course 2. Vision, action and memory. Lecture 1. Vision in perspective.--[14] Lecture 2. Action in perspective.--[15] Lecture 3. Control of eye motion.--[16] Lecture 4. From pacemakers to distributed motor control.--[17] Lecture 5. Optic flow.--[18] Lecture 6. Mathematics of competition and cooperation, pt. 1.--[19] Lecture 7. Modelling the frog tectum.--[20] Lecture 8. Memory and consciousness.--[21] Lecture 9. Simple learning circuits.--[22] Lecture 10. Adaptive networks, pt. 2.--[23] Lecture 11. Adaptive networks, pt. 3.--[24] Lecture 12. Mathematics of competition & cooperation, pt. 2.
with Michael A. Arbib ; University of Southern California, Instructional Television Network.