![[ Return to APA Home Page ]](../../../../pix/new.gif)
Guidelines for Submissions
APA NEWSLETTERS
American
Indians
Viola F. Cordova
&
Anne Waters, Co-Editors
Black Experience
Jesse Taylor, Editor
Philosophy
and Computers
Jon Dorbolo, Editor
Feminism
and Philosophy
Joan Callahan,
Editor
Hispanic/Latino
Issues in
Philosophy
Eduardo Mendieta,
Editor
Philosophy
and Law
Richard Nunan,
Editor
Philosophy
and Lesbian,
Gay, Bisexual
and
Transgender
Issues
Timothy Murphy,
Editor
Philosophy
and Medicine
Rosamond Rhodes,
Editor
Teaching
Philosophy
Tziporah Kasachkoff
&
Eugene Kelly,
Co-Editors
Navigation
Newsletters
Index (00:2)
apaOnline
Home Page
|
APA
Newsletters
Spring 2001
Volume 00, Number 2
Newsletter
on Philosophy and Computers Featured
Address
Previous Article
| Index |
Next Article
Issues
in Teaching Logic Online
Jerry Kapus
This presentation will examine pedagogical issues relating to asynchronous,
online courses in elementary logic and critical thinking. The presentation
will focus on issues in course design and instruction. In particular,
the presentation will examine how the asynchronous environment impacts
course design, how the role of the instructor is modified by the
asynchronous environment, how to maintain a learning community within
an asynchronous environment, and the unique advantages provided
to student learning by a Web based delivery system.
Emergent
Robotics
Gene Koreniek, 3 Sigma Robotics and Bill Uzgalis, Oregon
State University
Gene has developed a robotics process whereby independent processors
interact to create whole coordinated movements. This process has
epistemological implications as well as practical applications.
This presentation will consider connections between machines and
biological organisms (including people) in terms of comparisons
between the design of the decision making process for a robot arm
and various phenomena in nature, which we believe can best be explained
as emerging from the interaction of phenomena based on a few simple
rules rather than from a top down imposition of order.
Linus
Pauling: Special Collections Tour Valley Library
Cliff Mead, Oregon State University
The primary objective of Special Collections at Oregon State University's
Valley Library is to maintain and preserve the Ava Helen and Linus
Pauling Papers. Linus Pauling is considered to be one of the most
important scientists and humanitarians of the twentieth century.
With the use of the Pauling collection as a cornerstone, a secondary
objective of the Special Collections will be to document the development
of science and technology in the twentieth century. The Special
Collections will be of particular interest to researchers concerned
with 20th-century science and science-based technology, and to those
investigating the development of science. This includes the Philosophy
of Nature collection which focuses on materials that illuminate
the human conceptualization of our place in the natural world-both
individual and societal-and our relations to nature within that
format. The theme is intended to be inclusive, but takes as its
central core the reconceptualization of humans and nature that has
occurred in the historical age between1800-1950. The period begins
with a time that saw the death of Kant (1804) and birth of Darwin
(1809). This period also saw the development of industrialization
on a scale which altered societies and their environments throughout
the world. One finds in this period philosophic reflection that
reevaluates the place of humans in nature. Examples of such writers
are Henri Bergson, August Comte, William James, A.N. Whitehead,
R.G. Collingwood and John Dewey.
Horning
and Ideas Matter Lecture
Does the Turing Test Have a Future?
James Moor, Dartmouth
 |
The
famous Turing test has been criticized by philosophers such
as John Searle and dismissed by some leading artificial intelligence
workers such as Patrick Hayes. Moreover, Turing's famous prediction
that his test would be passed at a qualified level about now
appears disconfirmed by the Loebner 2000 contest and the absence
of competitive artificial intelligence programs. Nevertheless,
the Turing test can be defended and will play an important role
in the future of artificial intelligence work and our understanding
of minds.
|
Previous Article | Index |
Next Article
|