Naïve heuristics for paired comparisons: some results on their relative accuracy
Naïve heuristics for paired comparisons: some results on their relative accuracy
We study three heuristics for paired comparisons based on binary cues, which are all naïve in that they ignore possible dependencies between cues, but take different approaches: linear (tallying) and lexicographic (Take The Best, Minimalist). There is empirical evidence on the heuristics' descriptive adequacy and some first results on their accuracy. We present new analytical results on their relative accuracy. When cues are independent given the values of the objects on the criterion, there exists a linear decision rule, equivalent to naïve Bayes, which is optimal; we use this result to characterize the optimality of Take The Best and tallying. Also, tallying and Take The Best are more accurate than Minimalist. When cues are dependent and the number of cues and objects is psychologically plausible, Take The Best tends to be more accurate than tallying, but it is also possible that tallying, and Minimalist, are more accurate than Take The Best.
Condorcet jury theorems, Cue, Lexicographic, Minimalist, Naïve Bayes, Paired comparison, Social choice, Take The Best, Tallying
488-494
Katsikopoulos, Konstantinos V.
b97c23d9-8b24-4225-8da4-be7ac2a14fba
Martignon, Laura
2f1ca835-34fb-4cea-948c-20c7e06f1259
1 October 2006
Katsikopoulos, Konstantinos V.
b97c23d9-8b24-4225-8da4-be7ac2a14fba
Martignon, Laura
2f1ca835-34fb-4cea-948c-20c7e06f1259
Katsikopoulos, Konstantinos V. and Martignon, Laura
(2006)
Naïve heuristics for paired comparisons: some results on their relative accuracy.
Journal of Mathematical Psychology, 50 (5), .
(doi:10.1016/j.jmp.2006.06.001).
Abstract
We study three heuristics for paired comparisons based on binary cues, which are all naïve in that they ignore possible dependencies between cues, but take different approaches: linear (tallying) and lexicographic (Take The Best, Minimalist). There is empirical evidence on the heuristics' descriptive adequacy and some first results on their accuracy. We present new analytical results on their relative accuracy. When cues are independent given the values of the objects on the criterion, there exists a linear decision rule, equivalent to naïve Bayes, which is optimal; we use this result to characterize the optimality of Take The Best and tallying. Also, tallying and Take The Best are more accurate than Minimalist. When cues are dependent and the number of cues and objects is psychologically plausible, Take The Best tends to be more accurate than tallying, but it is also possible that tallying, and Minimalist, are more accurate than Take The Best.
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e-pub ahead of print date: 7 August 2006
Published date: 1 October 2006
Keywords:
Condorcet jury theorems, Cue, Lexicographic, Minimalist, Naïve Bayes, Paired comparison, Social choice, Take The Best, Tallying
Identifiers
Local EPrints ID: 438451
URI: http://eprints.soton.ac.uk/id/eprint/438451
ISSN: 0022-2496
PURE UUID: ae819035-8f2b-4ca6-97f9-3f208174235e
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Date deposited: 10 Mar 2020 17:31
Last modified: 06 Jun 2024 01:58
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Author:
Laura Martignon
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