- Weekly links:
- Week 1: Jan 15, 17
- Week 2: Jan 22, 24
- Week 3: Jan 29, 31
- Week 4: Feb 05, 07
- Week 5: Feb 12, 14
- Week 6: Feb 19, 21
- Week 7: Feb 26, 28
- Week 8: Mar 04, 06
- Week 9: Mar 11, 13
- Break: (Mar 17-21)
- Week 10: Mar 25, 27
- Week 11: Apr 01, 03
- Week 12: Apr 08, 10
- Week 13: Apr 15, 17
- Week 14: Apr 22, 24
- Week 15: Apr 29
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SPRING 08 ARCHIVE Lectures
Lecture schedule and content
The material presented in each class session will be
summarized here, with links to the associated reading
material, web resources, and powerpoint files.
You may need to enter the course userid and password to
access the lecture slides and reading material.
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Week1: introduction; evolution of intelligence
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Tue, Jan 15
Topics:
introduction to the course; overview of course website;
evolution of intelligence; Squeak
Powerpoint: Lecture 1
Readings: Hawking, Crist
Homework 1 due Tue Jan 22 (midnight).
| Thu, Jan 17
COMPUTER LAB - MEET IN 406B1 ENGINEERING HALL
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Week 2: behavior without a nervous system, bacterial chemotaxis
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Tue, Jan 22
Topics:
single-cell intelligence;
HW02 overview;
Powerpoint: Lecture 3
Readings: Dusenbery, Jurica, Zupanc
Squeak: CellGrowth.pr
Homework 2 due Tue Jan 29 (midnight).
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Thu, Jan 24
Topics:
kinesis and taxis;
bacterial chemotaxis;
HW02 help session.
Powerpoint: Lecture 4
Squeak: Orthokinesis.pr,
Klinokinesis.pr
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| Week 3:
sensory information processing
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Tue, Jan 29
Topics:
obstacle avoidance in paramecia; electrical signaling;
emergence of multicellular organisms; Braitenberg vehicles;
Powerpoint: Lecture 5
Movies: Paramecium 1,
Paramecium 2
| Thu, Jan 31
Topics:
Dusenbery article: What is information?;
Cariani article: Information relationships (syntactic, semantic, pragmatic);
possible evolutionary relationships among different sensory modalities (solvent vs. solute sensing);
Powerpoint: Lecture 6
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| Week 4:
simple nervous systems; C. elegans chemotaxis
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Tue, Feb 5
Topics:
emergence of animals (~600 MYA), emergence of nervous systems (~550 MYA);
Chemotaxis in C. elegans; neural model of chemotaxis behavior;
HW04 overview;
Powerpoint: Lecture 7
| Thu, Feb 7
Topics:
Cambrian explosion, evolution of brain complexity, early vertebrates;
Homework #4 help session.
Powerpoint: Lecture 8
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| Week 5:
modulation of behavior; motor patterns; exam I
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Tue, Feb 12
Topics:
area-restricted search in C. elegans, neuromodulation,
organizing behavior on multiple time scales.
Powerpoint: Lecture 9
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Thu, Feb 14
EXAM I: First in-class exam. Covers material from Jan 15 through Feb 7
(Lectures 1-8, Homework 1-4, Readings weeks 1-4).
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| Week 6:
action selection, vertebrate neuroethology
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Tue, Feb 19
Topics:
organizing motor output,
motor hierarchies, pattern generation, mutual inhibition,
sensory-motor integration,
Beer's artificial insect
Powerpoint: Lecture 10
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Thu, Feb 21
Topics:
action selection; condition-action pairs;
behavioral hierarchies; neural substrates;
robot control, Brooks' subsumption architectures
Powerpoint: Lecture 11
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| Week 7:
vertebrate neuroethology; learning & memory
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Tue, Feb 26
Topics:
vertebrate neuroethology, toad visual information processing,
predator/prey behaviors
Powerpoint: Lecture 12
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Thu, Feb 28
Topics: learning, memory, honeybee foraging, proboscis extension reflex
Powerpoint: Lecture 13
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Week 8: honeybee foraging; associative learning
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Tue, Mar 4
Topics: neural basis of PER, VUMmx1 neuron, associative learning models,
delta rule, Montague et al. model of bee foraging (predictive Hebbian learning)
Powerpoint: Lecture 14
Squeak: BeeChoice.pr
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Thu, Mar 6
Computer Lab (individual projects)
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Week 9: timing and counting; circadian rhythms
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Tue, Mar 11
Topics: circadian rhythms
Powerpoint: Lecture 15
Squeak: Circadian.pr
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Thu, Mar 13
EXAM II: Second in-class exam. Covers material from Feb 12 through Mar 4
(Lec 9-14, HW 5-6, readings for weeks 5-8).
Enjoy your SPRING BREAK!!!
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Week 10: active sensing; memory systems
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Tue, Mar 25
Topics:
active sensing, fish electrolocation, bat and dolphin
echolocation, rat whisking, blind mole rats, flashlight fish
Powerpoint: Lecture 16
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Thu, Mar 27
Topics: memory systems
Powerpoint: Lecture 17
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| Week 11:
communication
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Tue, Apr 1
Topics: animal communication, language, general issues, specific examples
(vervet monkeys, bee dance, ant pheronomes, ...)
Powerpoint: Lecture 18
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Thu, Apr 3
Topics: ant pheromone trails
Powerpoint: Lecture 19
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Week 12: emotions; spatial navigation
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Tue, Apr 08
Topics: emotions in animals and animats
Powerpoint: Lecture 20
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Thu, Apr 10
Topics: spatial navigation; desert ants, path integration,
compass sense, landmark-based navigation, mammalian place cells,
human spatial navigation
Powerpoint: Lecture 21
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Week 13: applications; exam III
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Tue, Apr 15
Topics: selection of Showcase projects (proj2), team assignments for proj2,
applications of "brain, behavior and info processing" principles
Powerpoint: Lecture 22
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Thu, Apr 17
EXAM III: Third in-class exam. Covers material from Mar 11 through Apr 10
(Lec 15-21, HW 6-9, readings for weeks 9-12);
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Week 14: Showcase development
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Tue, Apr 22
Teams work on showcase projects in lab
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Thu, Apr 24
Teams work on showcase projects in lab
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Week 15: Showcase presentation
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Tue, Apr 29
Showcase presentations in class
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Make-up exam next Mon
May 5 at 8:00 AM!
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