Fall 2007 - Syllabus and Course Schedule
Psych. 398, Cognition
Professor - Erik Nilsen
Human Computer Interaction Lab, BioPsy 121
T, Th 9:40 - 11:10, Lab Section M 3:00 - 4:30
CoursePack and texts to be distributed on first day of class.
Connection to WebDisk for Online Class Materials
Connection to Class Moodle Site for Assignments and Class Communication
Course Overview
This course is designed to give you hands-on experience in scientific thinking,
reasoning, and experimentation in the area of cognitive psychology. You will
read about and participate in classic experiments in human cognition, critically
evaluate these experiments, discuss their implications, as well as examine recent
approaches (cognitive science, neural networks) to cognition. In short, the
course will allow you to directly work on and experience the types of tasks
facing a modern-day research scientist in cognitive psychology.
Course Expectations and
Assignments
This course will involve reading a great deal of primary source journal articles.
It is expected that you will (thoughtfully) read the material before
the class session. I also expect active participation in all class discussion
and activities. Attendance is expected at all class sessions and is essential
for all lab days. These are days where the emphasis will be on experiential
learning which cannot be made up for in other ways. If you have a known conflict
with any of these dates, talk with me at least two weeks in advance and alternative
arrangements (read more work ; ^ ) can be made.
Grading
40% Reaction Papers
Before specified class sessions in which we discuss an article, you are to read it and write some comments on the article. This can include a brief summary of the stated purpose of the article, how well the authors fulfilled that purpose, and what methods they used. You can also write any questions about concepts that were either unclear in the article or which need further elaboration. If you find any connection with other articles we have discussed in class or from your own experience, include these insights as well. Each paper should be less than 3 pages and take no more than one hour to write (above and beyond the reading time). The papers will be used to inform class discussions, and undergo peer and instructor review.
40% Lab Reports
The lab section of this course is meant to provide hands on experience in cognitive psychology. Students will conduct experiments directly related to the principles learned in the lecture portion of the course. These experiments will be done online using a variety of sources from the internet including the CogLab 2.0 software. Students will also provide written reports (Using APA guidelines) of experimental findings collected throughout the semester.
10% Class Participation
Consistent contributions to in-class activities, class discussion, group work is expected. If you are not in class, you cannot participate! If you are here in body only, but have not prepared your mind, it may be duly noted!
10% Research Project Proposals - Poster Presentations:
For the final project you will be presenting a poster that highlights your experiment proposal ideas during the final exam period. If you have any pilot data, include this on your poster. If not, create some example data that is in line with your hypotheses. You will turn in your poster along with an APA style Research Proposal.
Fall 2007 Office
Hours - Tues., Thurs. 11:30 a.m. - 1:00 p.m., --- Bio/Psych
#236. I have an open door policy. Feel free to drop in at other times. If my door is open, I am available to chat. If it is closed, I am either gone or working on a project with a deadline. Leave a message on my white board or with the departmental administrative assistant. |
Day & Date |
Topic |
T Sep. 4 |
Introduction - Name Games! Peruse the World Memory Championship Website. They just completed the 2007 competition in Bahrain on September 2nd!! |
Th Sep. 6 |
Alpha and Omega of Memory Research Hermann Ebbinghaus (1885) Über das Gedchtnis: Untersuchungen zur experimentellen Psychologie. English Translation (Memory: A Contribution to Experimental Psychology)
Morris (2005) Strategies for Learning Proper Names: Expanding Retrieval Practice, Meaning and Imagery.
|
M Sep. 10 |
Lab #1 Mnemonic Techniques
Goll (2006) Mnemonic Strategies: Creating Schemata For Learning Enhancement Beaton (1995) Retention of foreign vocabulary learned using the keyword method: a ten year follow-up (new paper, available on webdisk in new papers folder)
|
T Sep. 11 |
Beaton (2005) Facilitation of receptive and productive foreign vocabulary learning using the keyword method: The role of image quality. Linkword Languagescommercial site derived from research on mnemonics and language learning.
Moe (2005) Stressing the Efficacy of the Loci Method: Oral Presentation and the Subject-generation of the Loci Pathway with Expository Passages Kondo (2004) Changes in brain activation associated with use of a memory strategy: a functional MRI study.
|
Th Sep. 13 |
Hunt (1995) The subtlety of distinctiveness: What von Restorff really did Kishiyama (2004) The von Restorff Effect in Amnesia: The Contribution of the Hippocampal System to Novelty-Related Memory Enhancements
|
M Sep. 17 |
Lab #2 Serial Memory Lab
|
T Sep. 18 |
Read the classic paper by George Miller entitled: The Magical Number Seven, Plus or Minus Two: Some Limits on Our Capacity for Processing Information. This paper, written in 1956, helped launch the information processing paradigm in psychology and his 7+/- 2 chunks in STM is certainly the most widely cited "number" in memory research. I am asking you to read the original. This is very dense reading. To help us understand it better I am assigning each of you one of the sections to summarize (in writing) and present orally in class. Be sure to define any terms that need it and to explain any graphs that are in your section. You may need to do a bit of outside research to fully understand the material, try to put it into your own words. You will have 15ish minutes at the beginning of class to ask Erik questions and discuss the material before presenting it to the class. The section assignments are given below.
Baddeley 1994 The Magical number seven: Still magic after all these years? I suggest you read this one first. |
Th Sep. 20 |
Mahadevan (2002) Radical Behaviorism and Exceptional Memory Phenomena Maguire (2002) Routes to remembering: the brains behind superior memory
Exceptional Memory Film Fest! Autistic man is a "Living Camera" Bob Gray, Card Memorizing Skill and more on Ripley's Believe it or not! 4 year old girl is a political "Wonk!" Einstein's Brain Glial Cells Rock! Real Rain Man Kim Peak
Brain Man Daniel Tammet learns Icelandic in a week!
|
M Sep. 24 |
Lab #3 Working Memory Capacity
|
T Sep. 25 |
Blink Book - Intro, Chapters 1 & 2 (along with research reports for these chapters) |
Th Sep. 27 |
Blink Book - Chapters 3 & 4 (and research reports) |
M Oct. 1 |
No lab today, check your e-mail and/or Moodle page for Blink Peer rating assignment |
T Oct. 2 |
Blink Book - Chapters 5 & 6 & Conclusion (and research reports) |
Th Oct. 4 |
Nosek (2007) NOT THE ONE ON THE CD The Implicit Association Test at age 7: A methodological and conceptual review
For class discussion, also pay attention to the applicability of the IAT. What has it been used to study and what are legitimate future uses for the test according to the authors. We will also talk about the limitations and criticisms concerning the IAT, but for your reaction paper, keep it focussed on the "good" qualities.
|
M Oct. 8 |
Lab #4 Implicit Attitude Tests Greenwald (1998) Measuring Individual Differences in Implicit Cognition: The Implicit Association Test Before class travel to Project Implicit's demonstration site and try out several IAT's. Come to class with an idea of a topic area to study and some candidate stimuli to use. We will spend time in class developing several IAT studies that we will implement and conduct throughout this week.
As part of the lab we will be accessing opl.apa.org during class and running through the Race IAT. We will also be coming up with some exp. designs using the IAT.
|
T Oct. 9 |
Dunn (2006) The somatic marker hypothesis: A critical evaluation Maia (2004) A reexamination of the evidence for the somatic marker hypothesis: What participants really know in the Iowa gambling task Bechara (2005) The Iowa Gambling Task and the somatic marker hypothesis: some questions and answers No Reaction Paper this time. Come ready to show that you understand what the Somatic Marker Theory is and what the big controversy is in the back and forth between Maia and Bechara. We will sort out who is right during class today 8^) |
Th Oct. 11 |
Fall Break |
M Oct. 15 |
Lab #5 Gambling with Cards and Dice!
|
T Oct. 16 |
Brand (2007) Decisions under ambiguity and decisions under risk: Correlations and executive functions and comparisons of two different gambling tasks with implicit and explicit rules. Brand (2005) Decision-Making Deficits of Korsakoff Patients in a New Gambling Task With Explicit Rules: Associations With Executive Functions |
Th Oct. 18 |
Tchanturia (2007) An investigation of decision making in anorexia nervosa using the Iowa Gambling Task and skin conductance measurements Wagar (2004) Spiking Phineas Gage: A Neurocomputational Theory of CognitiveAffective Integration in Decision Making
Introductory Lecture on Neural Networks and Connectionist Modeling |
M Oct. 22 |
Lab #7 GDT Final Training and Data Collection |
T Oct. 23 |
GDT Data Collection |
Th Oct. 25 |
Try out this Neural network simulation for "solving" the Necker Cube. Try to train this simple neural network called MIMIC to recognize 4 patterns Cohen (1990) "On the control of automatic processes: A parallel distributed processing account of the stroop effect." Reaction Paper: We will assign groups to lead the discussion for each of the simulation studies.
|
M Oct. 29 |
Lab #8 Rowley (1995) Human Face Detection in Visual Scenes - Read about the Human Face Detection Project at Carnegie Mellon University. This paper describes a novel Computer Vision approach incorporating a neural network to recognize faces in pictures submitted by anyone on the Web. Technology willing, we will submit some pictures and see if the program successfully finds our faces.
|
T Oct. 30 |
Read
about TD-Gammon, a Neural Network Backgammon Expert that learns without
input from Humans! Search the web and online research databases for two recent examples (2002 or later) of the use of neural network/connectionist,PDP modeling. One of the examples should be focused on theory development and the other on an applied topic. Be prepared to give a brief overview of the research in class today using the computer projection unit to show us your "finds". |
Th Nov. 1 |
Read one of the classic papers in cognitive science by written by Alan Turing in 1950 entitled "Computing Machinery and Intelligence". Turing poses the question"Can machines think?" Here is what one reviewer had to say about the paper when nominating it for the 3rd most influential paper in cognitive science for the 20th century.
Read the paper and write a response paper commenting on the adequacy of the Turing Test "Imitation Game" for determining machine intelligence. Which of the objections that Turing presents do you find the most compelling and why? Which is the least convincing objection? Submit this one on the Moodle assignment entitled Turing Thoughts Come up with an objection of your own to the Turing Test. What would it take to convince you that a Machine was truly intelligent? Be ready to discuss and defend your position!
A recent critique of the Turing Test by Mark Alpern In class today we will play a version of the "Turing Test " and also test your human wits against the machine in a domain specific Turing Test for Poetry Writing. Come prepared to defend humanity!! |
M Nov. 5 |
Lab #9 Here is the an article on the Computer Poet that we used for our Domain Specific Turing test that we ran in class on Thursday. Travel to the Loebner Prize Home page to learn about the $100,000 award offered to the first computer program that passes an unrestricted Turing Test. Follow the links to learn about the rules and history of the test and peruse the transcripts of the Winners (really the best losers) from previous contests. The 2007 contest was just held in New York on Oct. 21st. We will look at this years competition results if they have anything posted on the web in time.
There is a moodle assignment under today's date entitled ChatBot Snippets. Your lab assignment for today is to chat with at least four different chatbots and post: 1.) examples of impressive snippets of conversation. Be sure to specify what Bot you were chatting with. and 2.) OK, the easy part of the lab is finding examples of silly and/or ridiculous ChatBot responses. Be sure to engage in a conversation with last year's Loebner Contest Winner, Joan! Jot down any interesting dialogue that comes from your "conversation" to share on the moodle site. Search the web site to learn what you can about how Joan "thinks". A video-enabled, speaking version of Joan that requires high bandwith is also an option. Other bots you might chat with include the 2007 Loebner winner UltraHal in several flavors! A.L.I.C.E., the 2004 Loebner Prize winner
and yes, even iGod! and a whole list of popular bots found at the PandoraBots web site.
|
T Nov. 6 |
In class we will contrast various Chatterbots conversational abilities with the Grand Dame of Chatterbot's, Eliza. Here you will find a paper describing Eliza that describes her principles of operation. How does Joan work differently? Read the paper "Computer modeling and simulation of Personality" handed out in class on Thursday (No digital copy available alas). Compare and contrast the approach of Aldous and Parry in modeling emotions. What do you think about the validity of their approach? Parry has passed a version of the Turing test. Compare this testing format with the unrestricted turing test. Why do you think that Parry is so convincing when Eliza is so lame? |
Th Nov. 8 |
You have 2 1/2 Kismet Papers to Read for Today's class. Class discussion will revolve around how Kismet embodies theories of emotion and expressive states. Pay particular attention to the experiments described (and graphed) of Kismet interacting with faces and stuffed animals! Kismet is a sociable robot being developed at MIT which uses facial expressiveness as a central feature. Browse around the Kismet web site to get a feel for the goals of the project and what they have accomplished to date! Be sure to check out Kismet's "space of emotive facial expressions" and look at the pages concerning social interaction and how Kismet "learns". Leonardo is Kismet's kin that has taken some major steps forward in abilities, most notably, it has arms, understands some language and has a fairly sophisticated representation about the beliefs of others in reference to it's world of faces and objects. check out the Leonardo project web site and this video of Leo learning a new concept from a human!
|
M Nov. 12 |
Lab #10 MindHabits (do not access before lab) Smile Experiment (do not access before lab)
|
T Nov. 13 |
Darwin, Deception, and Facial Expression (Ekman, 2003) Perception of Robot Smiles and Dimensions for Human-Robot Interaction Design. Blow(2006).pdf in Face Lab folder on Webdisk account. Cutting Stress Off at the Pass: Reducing Vigilance and Responsiveness to Social Threat by Manipulating Attention. dandeneau(2007).pdf in Face Lab folder on Webdisk account. Today in class we are going to discuss these articles and the lab results from Monday. Several Small groups will design different experiments based on the synergy of these research efforts. |
Th Nov. 15 |
Architectures of Cognition (cogarchoverview.pdf) in cognition papers folder pages 26 - 48. Search the Web and/or Research databases for one research projects/papers that incorporate the 3 major (EPIC, ACT-R, SOAR) Cognitive Architectures (a total of 3). Each person will be given a time period to select their research projects from in class On Tuesday. Post the Citation information (Title, Authors, publication) and write a brief (5 - 8 Sentence) description of each paper on the Moodle site in the Unified Theories of Cognition assignment. |
M Nov. 19 |
Searching and Selecting from Menus of the Computer Variety
|
T Nov. 20 |
FInal Project Discussion and Ramachandran Video |
Th Nov. 22 |
Thanksgiving Break |
M Nov. 26 |
nuh-uh! no lab today |
T Nov. 27 |
Ramachandran Book Discussion and Final Project Roundtable. |
Th Nov. 29 |
Ramachandran Research Presentations (class split up into 3 groups for 5 - 7 minutes talks by each class member). See moodle site for description and to upload your written assignment. |
M Dec. 3 |
Lab #12 Phantom Fun, Somatosensory Strangeness, and Kinesthetic Quirks. |
T Dec. 4 |
Synesthesia - Nature and Nurture Hearing Colors, Tasting Shapes. (2003) Vilayanur S. Ramachandran and Edward M. Hubbard. Scientific American. p 52 - 59. May, 2003. SYNESTHETIC COLORS DETERMINED BY HAVING COLORED REFRIGERATOR MAGNETS
IN CHILDHOOD (in press) |
Th Dec. 6 |
The God Spot?! Seeking Spirituality in the Brain. Readings TBD |
M Dec. 10 |
Preparation for Research Presentations |
T Dec. 11 |
Data Crunching |
Final Exam Period December 15th, 8:30 - 11:30 a.m.
Our Poster Session on will be held on Saturday Morning at 8:30 a.m. in Howard
124.
Papers are due in electronic form, uploaded to the moodle by Midnight on Tuesday,
Dec. 18th.
http://www.lclark.edu/~nilsen/398fa07.html
Created by nilsen@lclark.edu