2000Behavioral and Brain SciencesRequires access

No compelling evidence against feedback in spoken word recognition

Michael K. Tanenhaus, James S. Magnuson, Bob McMurray, Richard Ν. Aslin

Open publisher page 7 citations

Abstract

Norris et al.'s claim that feedback is unnecessary is compromised by (1) a questionable application of Occam's razor, given strong evidence for feedback in perception; (2) an idealization of the speech recognition problem that simplifies those aspects of the input that create conditions where feedback is useful; (3) Norris et al.'s use of decision nodes that incorporate feedback to model some important empirical results; and (4) problematic linking hypotheses between crucial simulations and behavioral data.

About this research paper

What this paper is about

Norris et al.'s claim that feedback is unnecessary is compromised by (1) a questionable application of Occam's razor, given strong evidence for feedback in perception; (2) an idealization of the speech recognition problem that simplifies those aspects of the input that create conditions where feedback is useful; (3) Norris et al.'s use of decision nodes that incorporate feedback to model some important empirical results; and (4) problematic linking hypotheses between crucial simulations and behavioral data.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

Norris et al.'s claim that feedback is unnecessary is compromised by (1) a questionable application of Occam's razor, given strong evidence for feedback in perception; (2) an idealization of the speech recognition problem that simplifies those aspects of the input that create conditions where feedback is useful; (3) Norris et al.'s use of decision nodes that incorporate feedback to model some important empirical results; and (4) problematic linking hypotheses between crucial simulations and behavioral data.

Key concepts: Idealization, Occam's razor, occam, Computer science, Perception, Cognitive psychology, Empirical evidence, Word (group theory)

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