The April Fool Turing Test

This paper explores certain issues concerning the Turing test; non-termination, asymmetry and the need for a control experiment. A standard diagonalisation argument to show the non-computability of AI is extended to yields a socalled “April fool Turing test”, which bears some relationship to Wizard...

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Main Authors: Mark S. Dougherty, Sofi Hemgren Dougherty, Jerker Westin
Format: Article
Language:English
Published: Paderborn University: Media Systems and Media Organisation Research Group 2008-07-01
Series:tripleC: Communication, Capitalism & Critique
Subjects:
Online Access:https://www.triple-c.at/index.php/tripleC/article/view/31
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author Mark S. Dougherty
Sofi Hemgren Dougherty
Jerker Westin
author_facet Mark S. Dougherty
Sofi Hemgren Dougherty
Jerker Westin
author_sort Mark S. Dougherty
collection DOAJ
description This paper explores certain issues concerning the Turing test; non-termination, asymmetry and the need for a control experiment. A standard diagonalisation argument to show the non-computability of AI is extended to yields a socalled “April fool Turing test”, which bears some relationship to Wizard of Oz experiments and involves placing several experimental participants in a symmetrical paradox – the “April Fool Turing Test”. The fundamental question which is asked is whether escaping from this paradox is a sign of intelligence. An important ethical consideration with such an experiment is that in order to place humans in such a paradox it is necessary to fool them. Results from an actual April Fool Turing Test experiment are reported. It is concluded that the results clearly illustrate some of the difficulties.
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spelling doaj.art-12d04dee822445de8450fc43007b63262023-08-02T09:12:08ZengPaderborn University: Media Systems and Media Organisation Research GrouptripleC: Communication, Capitalism & Critique1726-670X1726-670X2008-07-014214716610.31269/triplec.v4i2.3131The April Fool Turing TestMark S. Dougherty0Sofi Hemgren Dougherty1Jerker Westin2Department of Culture, Media and Computer Science, Högskolan DalarnaDepartment of Culture, Media and Computer Science, Högskolan DalarnaDepartment of Culture, Media and Computer Science, Högskolan DalarnaThis paper explores certain issues concerning the Turing test; non-termination, asymmetry and the need for a control experiment. A standard diagonalisation argument to show the non-computability of AI is extended to yields a socalled “April fool Turing test”, which bears some relationship to Wizard of Oz experiments and involves placing several experimental participants in a symmetrical paradox – the “April Fool Turing Test”. The fundamental question which is asked is whether escaping from this paradox is a sign of intelligence. An important ethical consideration with such an experiment is that in order to place humans in such a paradox it is necessary to fool them. Results from an actual April Fool Turing Test experiment are reported. It is concluded that the results clearly illustrate some of the difficulties.https://www.triple-c.at/index.php/tripleC/article/view/31Turing TestAIGödel’s Incompleteness TheoremDiagonalisationSymmetrical Paradox
spellingShingle Mark S. Dougherty
Sofi Hemgren Dougherty
Jerker Westin
The April Fool Turing Test
tripleC: Communication, Capitalism & Critique
Turing Test
AI
Gödel’s Incompleteness Theorem
Diagonalisation
Symmetrical Paradox
title The April Fool Turing Test
title_full The April Fool Turing Test
title_fullStr The April Fool Turing Test
title_full_unstemmed The April Fool Turing Test
title_short The April Fool Turing Test
title_sort april fool turing test
topic Turing Test
AI
Gödel’s Incompleteness Theorem
Diagonalisation
Symmetrical Paradox
url https://www.triple-c.at/index.php/tripleC/article/view/31
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