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COURSE STRUCTURE

Introduction

Jan 21. Introduction to the course

Part 1: Memory

Jan 28. Models of memory. Memory structure and processes

Feb 4. Application of memory research

Feb 11. Everyday memory

Part 2: Perception & attention

Feb 18. Visual perception and object recognition

Feb 25. Review and Exam 1. Discussion of design issues and writing the final paper


March 4. Models of Attention

March 11. Spring Recess


March 18. Divided attention

Part 3. Types of representations

March 25. Visual Imagery (PAPER APPROVAL DUE)

April 1. Review and Exam 2. Discussion of the final papers.

April 8. Knowlege representation

April 15. Language

Part 4. Thinking & reasoning. Conclusions.

April 22. Problem solving and creativity. Expert problem solving

April 29. Reasoning and decision-making. Conclusions from the course. (PAPER DUE)





PSYC 317, Section 005

Cognitive Psychology

Spring 2009

 

Weds: 7:20 pm - 10:00 pm

Science and Technology I 206

Instructor: Dr. Maria Kozhevnikov

2068 David King Hall

Phone (703)993-2104

e-mail: mkozhevn@gmu.edu

office hours: Wednesdays: 11:00-12:00 pm

Course description:

Cognitive Psychology is a subset of Cognitive Sciences that include also such disciplines as Neuroscience, Linguistics, Philosophy, and Cognitive Anthropology. It is concerned with understanding the nature of cognition in humans and machines, where cognition refers to the mental processes that compose our mind: thought, reasoning, decision making, imagery, learning, and perception. In spite of its diversity, cognitive psychology is unified by a common approach based on the analogy between the mind and the digital computer: this is the information-processing approach. The main idea of information-processing approach is that the mind can be understood as a computational system, sometimes referred to as the computational metaphor of the mind.

Textbook: 
Michael W. Eysenck & Mark T. Keane, Mark (2007). Cognitive Psychology. John Wiley & Sons, Inc.

Syllabus

Jan 21 – Introduction to the course

What is Cognitive Psychology? Historical roots of cognitive psychology. Information processing approach. Cognitive sciences and cognitive neuroscience. (LECTURE)

  • Eysenck & Keane, Chapter 1 (Introduction).
Jan 28  Models of memory. Memory structure and processes

Modal model of memory, contemporary model of working memory. Memory Systems: Explicit vs. Implicit memory. (LECTURE)

  • Eysenck & Keane, Chapter 6, Chapter 7 (pp.229-233).
Feb 4   – Application of memory research

Memory and amnesia. Exceptional memory. (LECTURE)

  • Eysenck & Keane, Chapter 7 (pp.233-259).
  • Luria, A. R. (1982). The mind of a mnemonist. In U. Neisser (Ed.) Memory observed: Remembering in natural context (pp. 382-389). PDF
Feb 11  – Everyday memory

Autobiographical memory, eyewitness testimony, false memories. (LECTURE)

  • Eysenck & Keane, Chapter 8.
Feb 18 – Visual perception. Review. Writing Final Paper discussion.

1. Brain systems for visual perception. [LECTURE]

  • Eysenck & Keane, Chapter 2 (pp.33-49)

2. Review for EXAM 1. [Exam format]

REVIEW SLIDES: [review1] [review2] [review3] [review4]

3. Discussion about writing the final paper. [pdf1] [pdf2]

Feb 25 – Exam 1. Object recognition. Writing Final paper discussion cont.

1. EXAM 1.

2. Discussion about writing the final paper (cont.).

3. Pattern and object recognition. (LECTURE)

  • Eysenck & Keane, Chapter 3 (pp.69-101).
March 4 Models of Attention

Selective attention and inattentional  blindness. (LECTURE)

  • Eysenck & Keane, Chapter 4 (pp.133-139), Capter 5 (pp.141-170).
  • Styles, E. (1998). The psychology of attention, pp. 13-31. Psychology Press, Taylor & Francis group, East Sussex, UK. PDF
March 11 – Spring Recess
March 18 – Divided attention

Theories of divided attention. Automatic processing. (LECTURE)

  • Eysenck & Keane, Chapter 5 (pp.170-185).
  • Styles, E. (1998). The psychology of attention, pp. 137-154. Psychology Press, Taylor & Francis group, East Sussex, UK. PDF
March 25 – Review for Exam 2 (PAPER APPROVAL DUE)

Review for Exam 2

Review1 Review2 Review3 Review4

Topics for Exam 2:

  • Visual Perception
  • Object Recognition
  • Models of Attention
  • Divided Attention

Psychology Research Participation (optional) : The study "Visualization processes in learning" is on the http://gmu.sona-systems.com/.

Experiment 2 will be conducted on April 1(same room, right after the class). You are welcome to sign up.

Experiment 3 will be scheduled on April 22, Experiment 4 will be scheduled on May 6 (same room, right after the class).

Those who already participated in the Experiment 1 will automatically receive their credits at Sona System.

April 1 – Exam 2

1. EXAM 2.

2. Experiment 2. (optional)

April 8 – Visual Imagery

Types of Representations. Propositions and Images. The structure of visual image. [LECTURE]

  • Eysenck & Keane, Chapter 3 (pp.101-108).
  • Kosslyn, S. M. (1995). Mental imagery. In S. M. Kosslyn & D. N. Osherson (Eds.) Visual Cognition: An invitation to cognitive science (pp. 267-296). Vol. 2, Cambridge, MA, US: The MIT Press. PDF
April 15 –Knowledge representation

Objects, concepts, and categories.  Mental models and shemata. [LECTURE]

  • Eysenck & Keane, Chapter 9.
  • Eysenck & Keane (1996). pp. 257-266, 388-391. PDF 1, PDF2
April 22 – Problem solving and creativity

1. Problem solving, expertise and creativity . [LECTURE]

  • Eysenck & Keane, Chapters 13 & 14.

2. Experiment 3. (optional)

April 29 – Review for Final Exam (PAPER DUE)

Review for Exam 3.

Review_Final_exam

review_add1

review_add2

May 6 – Exam 3

1. EXAM 3.

2. Experiment 4. (optional)

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Attendance Policy: I expect to see you in class each week. At times of low attendance, I may give extra credit to those that attended that day.

GMU Honor Code: George Mason University has a code of Honor that each of you accepts by enrolling as a student. All of the work you do in this class will be the work of one individual. Plagiarism or any other violation of the honor code will be taken very seriously and reported to the Honor Committee.

Disabilities: If you are a student with a disability and you need academic accommodations, please see me and contact the Disability Resource Center (DRC) at 703-993-2474.  All academic accommodations must be arranged through that office."

Grading:
75% - Exams
25% - Final paper

Paper (33.33%):  Your grade will be determined in part by a short paper (no less than 5 pages in length) to be due at the semester's end.  Your task in writing the paper will be to summarize and critique a journal article from the recent [i.e. 2005+] cognitive psychology literature. Please consult with me regarding the journal. The article should be related to one of the topics covered in the class. Approximately half the assignment should consist of a summary in which you (a) identify the research question, (b) identify the independent and dependent variables, (c) summarize the results, and (d) summarize the researcher(s)' conclusions.  The rest should include your evaluation of the method, conclusions, etc., and a paragraph on why this study is important in the cognitive psychology literature.  You must clear each article with me before you submit it, and you must turn in a copy of the article with your critique (including abstract, tables, and figures).

You will need to give me a copy of the paper (email or hardcopy), which I will review and approve. The paper is due on or before April 29, 2009.

Exams (66.66%): There will be 3 exams, consisting of multiple-choice and/or open questions. The lowest grade will be dropped. Each of the exams will be worth 33.33% of your grade. 

Exam Make-up Policy: You may take an exam after (or before) the scheduled date only if you receive my permission before the day of the test.  Papers will not be accepted beyond the due date.

 Extra Credit: You may earn up to an extra 2 % on your final grade by participating in extra credit experiments. Each hour of participation is worth 0.5%.

GRADING:

 

A+ 97+

A

96-93

A-

92-90

B+

89-87

B

86-83

B-

82-80

C+

79-77

C

76-73

C-

72-70