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school of social science - Hampshire College

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iSPRINGi<br />

Class will meet twice weekly for one hour and twenty<br />

minutes; there will also be a lab session <strong>of</strong> two hours and fifty<br />

minutes. Enrollment limit is 25.<br />

CCS 246<br />

COGNITIVE PSYCHOLOGY<br />

Neil Stillings<br />

Cognitive psychology is the study <strong>of</strong> the fundamental<br />

capacities <strong>of</strong> the human mind. It is one <strong>of</strong> the main disciplines<br />

<strong>of</strong> cognitive <strong>science</strong>. and it provides intellectual foundations<br />

for the entire field <strong>of</strong> contemporary psychology. Familiarity<br />

with the field is essential for students who plan to do advanced<br />

undergraduate or graduate work in psychology or<br />

cognitive <strong>science</strong>. This course will consider memory, attention.<br />

learning. reasoning. problem solving. concept formation.<br />

and other topics. Research methods and statistics will also be a<br />

major focus <strong>of</strong> the course. Students will learn to understand<br />

the research designs and data analyses in the primary psychological<br />

literature at an advanced level. A term paper or<br />

laboratory project will be required.<br />

Class will meet twice a week for one hour and twenty<br />

minutes each time. Enrollment is limited to 20.<br />

CCS 253<br />

COMPUTERS IN NEUROSCIENCES, PROBING THE<br />

BRAIN<br />

Siavoljub Milekic<br />

In the past decade computers and computer-enhanced<br />

visualization <strong>of</strong> scientific data became the major research tools<br />

in the area <strong>of</strong> neuro<strong>science</strong>s. With modern neuro-imaging<br />

techniques it is possible to create a three-dimensional model<br />

<strong>of</strong> an actual brain, to examine its topography and structure in<br />

minute detail. and even to dissect it with a digital scalpel.<br />

Maybe even more important is the possibility <strong>of</strong> monitoring<br />

the brain activity in real time-metabolic scanning procedures<br />

(like PET and SPECT) allow us to see which parts <strong>of</strong> the<br />

brain are activated during certain mental operations, and<br />

using the Event Related Potentials (ERPs) technique we can<br />

register the changes in activity with millisecond precision. Put<br />

an eye-tracker in from <strong>of</strong> the brain, and we know nor only the<br />

level <strong>of</strong> the brain activity but also exactly what was the visual<br />

input that caused it.<br />

The goal <strong>of</strong> this course is tw<strong>of</strong>old. First. it is to acquaint<br />

the students with the basic principles and practical aspects <strong>of</strong><br />

modern neuro-imaging techniques. We will visit labs in the<br />

valley doing ERPs and eye-tracking-based research. The<br />

second goal is to promote creative uses <strong>of</strong> computers in<br />

student research. You will be expected to design an original<br />

experimental procedure using the computer to collect the data<br />

during cecrain (mental) activity. No computer experience is<br />

necessary.<br />

Class will meet once a week for two hours and fifty<br />

minutes. Five hours <strong>of</strong> lab time will be scheduled during the<br />

course. Enrollment limit is 15.<br />

CCS 258<br />

MAGAZINES AS CULTURAL COMMENTARY<br />

David Kerr<br />

Magazines are one <strong>of</strong> the oldest forms <strong>of</strong> periodical<br />

publication yet today they are economically vibrant and<br />

penetrate deep into the corners <strong>of</strong> our culture. (Four financially<br />

thriving magazines serving saltwater fly fishers? Seven for<br />

74<br />

the edification <strong>of</strong> hobbyists who build dollhouses?) TV Guide.<br />

America's highest circulation magazine. helps millions <strong>of</strong><br />

Americans select their electronic entertainment. Magazines are<br />

a marvelously varied form <strong>of</strong> mass communication that should<br />

tell us a great deal about the culture in which we are immersed.<br />

In this course we will look al SOllle <strong>of</strong> the ways cultural<br />

theory and mass communication theory help us deconstruct<br />

and analyze magazines. Then we will apply these approaches<br />

to contemporary magazines to judge how well they enable us<br />

to understand the values, biases, and world views that define<br />

our culture in today's general circulation magazines. There<br />

will be two short critical papers and one demanding research<br />

paper required.<br />

Class will meet twice a week for one hour and twenty<br />

minutes each time. Enrollment limit is 20.<br />

CCS 263<br />

ARTIFICIAL INTELliGENCE<br />

Lee Spector<br />

Artificial Intelligence (AI) is a branch <strong>of</strong> computer <strong>science</strong><br />

concerned with the construction <strong>of</strong> computer systems that<br />

"think." This course is an introduction to the core ideas <strong>of</strong> AI<br />

through concrete, hands-on activity. We will use the Common<br />

Lisp programming language. which is taught in CCS<br />

109. to build working Al systems. We will study a range <strong>of</strong><br />

techniques and mechanisms. including pattern matching and<br />

production systems. semantic networks and frame systems.<br />

heuriscic search, genetic algorithms, resolution theorem<br />

proving. STRIPS-style planning. symbolic learning algorithms.<br />

augmented transition networks, and neural networks.<br />

We will also discuss the philosophical foundations <strong>of</strong> AI.<br />

alternative approaches to AI (for example. symbolic.<br />

connectionisc, and sicuaced activity approaches). and implications<br />

<strong>of</strong> AI for cognitive <strong>science</strong> more broadly.<br />

This course or its equivalent is a prerequisite for Advanced<br />

Topics in Artificial Intelligence; it may also be a<br />

prerequisite for other advanced courses on computational<br />

topics in the cognitive <strong>science</strong>s. Prerequisite: Basic competence<br />

in the Common Lisp programming language.<br />

Class will meet twice a week for one hour and twenty<br />

minuees each rime. Enrollment limit is 25.<br />

CCS 268<br />

NET NEWS WORKSHOP<br />

James Miller<br />

This course begins the process <strong>of</strong> simultaneously studying<br />

che still-emerging practice <strong>of</strong> journalism on the Internet and<br />

contributing to it. Our main goal will be Web-site design and<br />

construction and some other aspects <strong>of</strong> providing news-related<br />

content on the Net. In addition we will critically survey<br />

existing news services available in dec[fonic and traditional<br />

formats. Students should have substantial background in<br />

journalism or Web work. or both.<br />

Class will meet once a week for two hours and fifty<br />

minutes. Enrollment limit is 8 by instructor permission.

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