OtherPapers.com - Other Term Papers and Free Essays
Search

Can Computers Really Think?

Essay by   •  April 29, 2012  •  Essay  •  597 Words (3 Pages)  •  855 Views

Essay Preview: Can Computers Really Think?

Report this essay
Page 1 of 3

Can computers really "think"?

Apparently, computers can not only think but fool a person into thinking that they are human as well. The Loebner Prize for artificial intelligence ( AI ) is awarded every year to research uncovering this vivacious and alluring field. The contestants are awarded based on research undertaken to develop the most human-like computer. As such, the Loebner Prize is essentially a formal instantiation of a test named after Alan Turing, the great British mathematician. Turing tackled the problem of artificial intelligence by proposing an experiment famously known as the Turing test. The test is principally an attempt to elucidate possible standards or what may be called demarcational necessities for a machine to be categorized as "intelligent". According to the Turing test, a computer could be said to "think" if it could fool an interrogator into thinking that the conversation was with a human. The prospect of these "thinking machines" seem to defy thought and imagination to the extent that Professor Marvin Minsky (MIT) seems quite convinced that the next generation of computers will become so intelligent that "we'll be lucky if they are willing to keep us around the house as household pets." If that doesn't make you cringe, buy a leash, tie it around your neck and practice fetching the mail from the mailbox.

At one extreme, there are theoreticians who profess that thinking is essentially information processing reducible to computations based on symbol manipulation, in line with Turing's basic outlook. A more moderate position would allow that thinking is infinitely complex and therefore incapacitates the possibility of complete analysis; however, this position would maintain the basic conviction that minds and computers are essentially of the same kind since the former is nothing more than an optimization of the latter. The discontinuity or chasm between the mind and the computer was developed, they would argue, to maintain the dignity and value of a human being; in reality, no such distance exists beyond what is erroneously sustained by our misguided perceptions. However, John Searle, a professor of philosophy at UC Berkeley has argued forcefully in his book, Minds, Brains and Science, that the chasm is unbridgeable in principle. His famous illustration often referred to as "the Chinese room argument" provides quite a convincing case against equating the mind and the computer. His carefully thought out scenario shows that observationally equivalent phenomenon might actually have contrary causal explanations. I happen to agree with Searle. Our unwarranted enthusiasm with technological innovations engenders certain uncritical dispositions that overlook the discontinuity that is implicit when comparing minds to computers; the discontinuity has nothing to with the progress we've achieved. It

...

...

Download as:   txt (3.8 Kb)   pdf (62.6 Kb)   docx (10 Kb)  
Continue for 2 more pages »
Only available on OtherPapers.com
Citation Generator

(2012, 04). Can Computers Really Think?. OtherPapers.com. Retrieved 04, 2012, from https://www.otherpapers.com/essay/Can-Computers-Really-Think/28062.html

"Can Computers Really Think?" OtherPapers.com. 04 2012. 2012. 04 2012 <https://www.otherpapers.com/essay/Can-Computers-Really-Think/28062.html>.

"Can Computers Really Think?." OtherPapers.com. OtherPapers.com, 04 2012. Web. 04 2012. <https://www.otherpapers.com/essay/Can-Computers-Really-Think/28062.html>.

"Can Computers Really Think?." OtherPapers.com. 04, 2012. Accessed 04, 2012. https://www.otherpapers.com/essay/Can-Computers-Really-Think/28062.html.