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PSY 200: Introduction to Cognitive Psychology


Spring 2021
MWF 1:30 - 2:20 pm
Online

Breaking news

Instructor:

NameOffice EmailPhoneVirtual office hours
Greg FrancisPSYCH 3186gfrancis@purdue.edu494-6934 MWF 2:30 - 3:30 pm
Please contact me (email is best) if you cannot visit during office hours to schedule an alternative time to meet.

Text: There is no textbook. Material for exams will be taken from the lectures. If you want to use a textbook, you can use any cognition text from other (present and past) sections of this course, or you can purchase a textbook online. Class notes will be available on the web (see below). The notes are reduced in size so that six slides fit on a single page. You can either download individual lectures (below) or you can download the entire set of lectures notes in a single file (around 71 MB). There are also optional readings in the schedule below. These readings may help if you are unsure about something or want to explore a topic further.

Office hours: Virtual office hours will be held MWF 2:30-3:30 pm (US Eastern time) via WebEx.

Class attendance: Lectures will be streamed via WebEx during the scheduled class time. I recommend that you attend the lecture so that you can ask questions and so that you keep a regular study schedule. The lectures will be recorded and made available on this page for viewing at your convenience.

Class home page: The home page for this course is http://www.psych.purdue.edu/~gfrancis/Classes/PSY200/indexS21.html From this page you can download lecture notes, view recorded lectures, view the class schedule, view current grades, and connect to the various homework laboratory and writing assignments. Brightspace is also used for some aspects of the course, as discussed below.

Examinations: There will be four section exams and one final exam. Each exam will be on-line through Brightspace. Given the on-line format, the exams are open book and open notes; however, I think you will find that if you need to check your material to find answers that you will run out of time. You will be able to begin each exam during a 24 hour period around the day indicated in the class schedule, below. The exact days/times will be shared as we get closer to the exam date. Once you begin a regular exam, you have 50 minutes to complete it and it must be taken in one setting (e.g., you cannot take the exam for 20 minutes, stop, and then return later to finish the remaining 30 minutes). Once you begin the final exam, you have two hours to complete it. The final exam will be given during the final exam period (this course's final exam is sometimes scheduled for the last day of exam week, so plan accordingly). The first two exams are each worth 10% of your class grade. The last two exams and the final are each worth 15% of your class grade. The final will cover all topics of the course. Exams will be all multiple choice questions. Extensive study guides are available as links in the class schedule below. Make-up exams will not be permitted unless you notify Dr. Francis at least 48 hours prior to the scheduled exam date. Missed exams will receive a grade of 0.

Practice Examinations: For each exam, there is also a practice exam available on Brightspace, which will count as 5% of your class grade. These practice exams were the actual exams from Spring 2019. However, the course always changes a bit from semester to semester, and your exams will be made of different (but similar) questions. Practice exams can be taken as many times as you like, and Brightspace will keep track of your highest score on each practice exam. Combined scores across all five (four section and one final) practice exams will count as 5% of your class grade. A practice exam will not be available once the corresponding real exam is available, so you must take the practice exam before taking the regular exam.

CogLab: CogLab is an Internet site that allows students to participate in classic experiments related to cognitive psychology. You will be given lab assignments throughout the semester. These labs are run through the Internet and can be carried out at any computer lab on campus or at a home computer. Your overall lab grade will make up 15% of your class grade. All the labs are on the Cognitive Psychology Online Laboratory (CogLab) web page at https://coglab.cengage.com. In the schedule below, individual labs are associated with different dates. You must complete each lab by 10:00 am on the date indicated to get credit (better to do it the night before). You will receive log-in instructions by email from one of the TAs.

Writing assignments: Four times during the semester (the precise dates are listed in the schedule below), you must submit a short (1500 - 2000 words) report related to CogLab assignments or other topics discussed in class. The details of each assignment are provided in the linked documents in the schedule, below. Each report must be typed, single space, and follow the format indicated in the linked document. The report should be free of grammar and spelling errors, and it must address all the topics indicated in the instructions. Each report will be scored on a 10 point scale. The average report score for each student across the semester will make up 15% of your class grade. So, if a hypothetical student were to score 7, 8, 9 and 10 on each of the writing assignments, they would receive a final grade of 8.5 out of 10 for the writing assignment portion of their grade. Reports must be prepared in a word processing program (Microsoft Word or something similar) and be submitted through Brightspace by the start of class on the date indicated in the schedule, below. Late submissions receive a score of 0. Plagiarism (using someone else's writing as your own) will not be tolerated. Do not simply copy and paste material from any source, including the CogLab site. For short reports like this assignment, you should not be quoting text from any source, even with proper attribution. See the Purdue Online Writing Lab for details about plagiarism. If deemed serious enough, plagiarism will be reported to the Dean of Students.

Grading: Grading is on a straight scale, as described in Lecture 1. There is no rounding or curving of grades. There is no possibility of extra credit.

Teaching Assistants:

NameOffice EmailOffice hours
Maria KonPSYCH 3188mkon@purdue.edu MWF 9:30 - 10:30 am link to Microsoft Teams
Corey Nack PSYCH 3192cnack@purdue.edu Tuesday, Thursday 1:30 - 3:00 pm Connect via WebEx

Schedule:

The links to the optional readings provide some additional background or related information. You do not need to read this material, but if you are interested in the topic, it is a place to start further exploration.

Recording and filesLecture PDFDate Topic Assignment Optional Readings
Recording01January 20 Introduction
Recording02 January 22 Brain Brain asymmetry The Brain from Top to Bottom, Visual contralateral processing
Recording 03 January 25 Brain scans
Recording 04 January 27 Mind reading Video of tongue display unit
Recording 05 January 29 Neurons and neurotransmitters The Mind Project
Recording 06 February 1 Receptive fields Blind Spot Receptive field tutorial
Recording, Neural Network Demo files 07 February 3 Neural networks Writing report #1 (doc, pdf) Hopfield networks
Recording, Neural Learn Demo files 08 February 5 Neural learning Implicit learning Other types of neural learning
Recording SG1 February 8 Review for exam
-- February 10 SECTION EXAM 1
Recording09 February 12 Visual perception Muller-Lyer illusion The Joy of Visual Perception
Recording 10 February 15 Dynamic vision Apparent motion, Metacontrast masking The Joy of Visual Perception - Motion Perception
February 17 Reading Day
Recording 11 February 19 Attention Simon effect Wikipedia Page
Recording 12 February 22 Attention Attentional blink, Visual search Visual Salience
Recording 13 February 24 Sensory memory Partial report
Recording 14 February 26 Two-store model Brown-Peterson, Serial position Wikipedia Page, Dewey (2007)
Recording 15 March 1 Working memory Sternberg search, Writing report #2 (doc, pdf) Wikipedia Page
Recording 16 March 3 Working memory Memory span, Phonological similarity
Recording SG2 March 5 Review for exam
-- March 8 SECTION EXAM 2
Recording 17 March 10 Encoding specificity Encoding specificity
Recording 18 March 12 Memory discrimination False memories
Recording 19 March 15 Constructive memory Loftus (2003)
Recording 20 March 17 Amnesia Forgot it all along Wikipedia entry on HM
Recording 21 March 19 Improving memory 1 Levels of processing
Recording 22 March 22 Improving memory 2 Link word, Writing report #3 (doc, pdf)
Recording 23 March 24 Mental representation Prototypes
Recording 24 March 26 Mental imagery Mental rotation Wikipedia Page
Recording SG3 March 29 Review for exam
-- March 31 SECTION EXAM 3
Recording 25 April 2 Language instinct African American Vernacular English
Recording 26 April 5 Phrase trees MiniLing
Recording 27 April 7 Words Word superiority Wikipedia on Proto Indo European Language
Recording 28 April 9 Parsing Lexical decision
Recording 29 April 12 Speech Categorical Perception - Discrimination Wikipedia Page on Consonants
Recording 30 April 14 Language development Age of Acquisition
Recording 31 April 16 Language and brain Writing report #4 (doc, pdf) The Brain from Top to Bottom: Language-Procesing Areas, Deciphering the Chatter of Monkeys
Recording 32 April 19 Consciousness The Brain from Top to Bottom: Consciousness, Searle and the Chinese Room Argument
Recording SG4 April 21 Review for exam
-- April 23 SECTION EXAM 4
Recording, Questions demo33 April 26 Decision making Monty Hall
Recording, Problems demo34 April 28 Problem solving Wason selection
RecordingSGF April 30 Review for final exam