A copy of this syllabus is available on Blackboard (http://classes.nyu.edu/) or by logging in to NYU Home and clicking on "academics".
The objective of this course is to help you master the fundamental facts and concepts of perceptual psychology and sensory neuroscience. This is an interdisciplinary field of science, crossing the boundaries between psychology, biology, and engineering.
My own research is on the perception of texture and depth, and the visual control of movement. I do perceptual psychology experiments and I work on mathematical and computational theories of how people see.
There are many other professors and graduate students on campus who are interested in the problems of perception. For example, more than twenty faculty in Computer Science, Mathematics, Psychology, and Neural Science study biological and computational vision and visual cognition. Together, the four departments offer several core courses in vision every semester. Three active seminar series bring leading researchers from around the world to talk about their research in vision, and a lively journal club reads and critically discusses recent papers. For more information, see the vision@nyu web page. There are also several faculty in Neural Science who study hearing. If you should find yourself interested in some topic that matches my interests, or those of some other scientist on campus, I will be glad to introduce you and perhaps you can become involved in a research program.
I am perfectly well aware, however, that most of you will not end up doing research on perception, psychology, or neuroscience. I make an effort, therefore, to present the main concepts of perception in a way that will introduce you to how scientific research is done and to stimulate your scientific curiosity. Some of the concepts covered in this course will be useful to you in various professions that you are might pursue. For example, the perceptual problem of eyewitness accounts of crimes is of real interest to the legal community. The physiology of animal sensory systems is of real interest to the medical community.
Final letter grades will be determined by a curve equal to the distribution of other classes at this level at NYU.
There will be two in-class midterms and a final exam. The first
midterm will
cover material from the first third of the course, and the second
midterm will
cover material from the second third. However, the final will cover
material
from throughout the term. The dates for the exams are listed below. The
lower
of the two midterm grades will be dropped, and the other will
contributed 40%
to your grade. The final exam is worth 60% toward your final grade.
Study questions are posted on Blackboard. The answers to
the
study questions will be discussed during recitation sections.
The exams will cover material from the lectures that is not
necessarily in
the book, as well as material from the book that is not covered in the
lectures.
The on-line
lecture notes,
outlines and study questions are the best place to start when
studying for
the midterms and final.
Finally, as with all Core A courses in Psychology, you will be
required to be a subject in 2 hours of psychology studies. You will
receive an incomplete in the course if you do not complete this
requirement, although it will not otherwise affect your grade. The
following files describe this requirement and how to complete it and
keep track that you have done so: 1. Participation
Guide, 2. Research
requirement, 3. Participation
log, and 4. Experimetrix
instructions.
Sensation and Perception (6th edition), E. B. Goldstein, Brooks/Cole, 2002. The textbook is available in the NYU Bookstore. Copies of the textbook are on reserve in Bobst Library. The book comes with a CD that has a number of nice demonstrations but the CD is not required for the course. So it is fine if you want to purchase a used book without the CD.
Detailed lecture notes, outlines and study questions are available on-line.
For those of you interested in additional general reading, the following books are all very good:
If you have a special interest, come see me.
Exams:
Office Hours:
Class and Classwork:
Announcements:
The readings listed in the schedule below refer to the book
chapters that are most relevant to the material that will be covered in
the
corresponding lectures. The exams will also cover additional
material
from the lectures that is not in the book, as well as material from the
book
that is not covered in the lectures.
|
Day |
Topic |
Reading |
|
9/7 |
Introduction |
Ch. 1 |
|
9/12 |
Brain/Neurophysiology |
Ch. 1 |
|
9/14 |
Psychophysics |
Ch. 1 |
|
9/19 |
Signal detection theory |
Appendix A, signal detection theory lecture notes |
|
9/21 |
The ear |
Ch. 10, Ch. 16 (pp. 564-575) |
|
9/26 |
Linear systems theory I |
Linear systems lecture notes |
|
9/28 |
Pitch |
Ch. 10 |
|
10/3 |
Loudness |
Ch. 10 |
|
10/5 |
Auditory localization |
Ch. 11 |
|
10/10 |
Columbus Day: University holiday |
|
| 10/12 |
Speech perception |
Ch. 12 |
|
10/17 |
Midterm 1 (in class) |
Chs. 1, 10-12, 16 (pp. 564-575), Appendix A, lecture notes up through "Cochlear Implants and Speech Perception" |
|
10/19 |
Optics |
Ch. 2 |
|
10/24 |
The eye, retina, transduction |
Chs. 2, Ch. 16 (pp. 545-564) |
|
10/26 |
Light/dark adaptation |
Ch. 2 |
|
10/31 |
Retinal ganglion cells |
Ch. 2 |
|
11/2 |
Brightness |
Ch. 2 |
|
11/7 |
Color I |
Ch. 6 |
|
11/9 |
Color II |
Ch. 6 |
|
11/14 |
Midterm 2 (in class) |
Chs. 2, 6, and 16 (pp. 545-564), lecture notes from "The Eye" up through "Color" |
|
11/16 |
LGN & V1 |
Ch. 3 |
|
11/21 |
Cortical visual pathways, functional specialization, attention |
Ch. 4 |
|
11/23 |
Linear systems II: Spatial frequency channels |
Ch. 3 |
|
11/28 |
Motion I |
Ch. 8 |
|
11/30 |
Motion II |
Ch. 8 |
|
12/5 |
Depth, size & shape I |
Ch. 7 |
|
12/7 |
Depth, size & shape II |
Ch. 7 |
|
12/12 |
Recognition & perceptual organization |
Ch. 5 |
|
12/14 |
Catch-up and/or review |
|
|
12/? |
Final Exam, Date/Time TBA |
Chs. 1-8, 10-12, 16, Appendices, Lecture notes |