The lexicon is the store of words in long-term memory. Any attempt at modelling lexical competence must take issues of string storage seriously. In the present contribution, we discuss a few desiderata that any biologically-inspired computational model of the mental lexicon has to meet, and detail a multi-task evaluation protocol for their assessment. The proposed protocol is applied to a novel computational architecture for lexical storage and acquisition, the "Topological Temporal Hebbian SOMs" (T2HSOMs), which are grids of topologically organised memory nodes with dedicated sensitivity to time-bound sequences of letters. These maps can provide a rigorous and testable conceptual framework within which to provide a comprehensive, multi-task protocol for testing the performance of Hebbian self-organising memories, and a comprehensive picture of the complex dynamics between lexical processing and the acquisition of morphological structure.

Evaluating Hebbian self-organizing memories for lexical representation and access

Marzi Claudia
Primo
;
Ferro Marcello
Secondo
;
Caudai Claudia;Pirrelli Vito
Ultimo
2012

Abstract

The lexicon is the store of words in long-term memory. Any attempt at modelling lexical competence must take issues of string storage seriously. In the present contribution, we discuss a few desiderata that any biologically-inspired computational model of the mental lexicon has to meet, and detail a multi-task evaluation protocol for their assessment. The proposed protocol is applied to a novel computational architecture for lexical storage and acquisition, the "Topological Temporal Hebbian SOMs" (T2HSOMs), which are grids of topologically organised memory nodes with dedicated sensitivity to time-bound sequences of letters. These maps can provide a rigorous and testable conceptual framework within which to provide a comprehensive, multi-task protocol for testing the performance of Hebbian self-organising memories, and a comprehensive picture of the complex dynamics between lexical processing and the acquisition of morphological structure.
Campo DC Valore Lingua
dc.authority.orgunit Istituto di linguistica computazionale "Antonio Zampolli" - ILC en
dc.authority.orgunit Istituto di Scienza e Tecnologie dell'Informazione "Alessandro Faedo" - ISTI en
dc.authority.people Marzi Claudia en
dc.authority.people Ferro Marcello en
dc.authority.people Caudai Claudia en
dc.authority.people Pirrelli Vito en
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dc.contributor.appartenenza Istituto di Scienza e Tecnologie dell'Informazione "Alessandro Faedo" - ISTI *
dc.contributor.appartenenza Istituto di linguistica computazionale "Antonio Zampolli" - ILC *
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dc.date.accessioned 2024/02/19 12:26:28 -
dc.date.available 2024/02/19 12:26:28 -
dc.date.firstsubmission 2024/09/26 17:29:49 *
dc.date.issued 2012 -
dc.date.submission 2024/09/30 16:44:57 *
dc.description.abstracteng The lexicon is the store of words in long-term memory. Any attempt at modelling lexical competence must take issues of string storage seriously. In the present contribution, we discuss a few desiderata that any biologically-inspired computational model of the mental lexicon has to meet, and detail a multi-task evaluation protocol for their assessment. The proposed protocol is applied to a novel computational architecture for lexical storage and acquisition, the "Topological Temporal Hebbian SOMs" (T2HSOMs), which are grids of topologically organised memory nodes with dedicated sensitivity to time-bound sequences of letters. These maps can provide a rigorous and testable conceptual framework within which to provide a comprehensive, multi-task protocol for testing the performance of Hebbian self-organising memories, and a comprehensive picture of the complex dynamics between lexical processing and the acquisition of morphological structure. -
dc.description.affiliations Institute for Computational Linguistics -
dc.description.allpeople Marzi, Claudia; Ferro, Marcello; Caudai, Claudia; Pirrelli, Vito -
dc.description.allpeopleoriginal Marzi C.; Ferro M.; Caudai C.; Pirrelli V. en
dc.description.fulltext open en
dc.description.numberofauthors 4 -
dc.identifier.isbn 978-2-9517408-7-7 en
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dc.language.iso eng en
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dc.relation.alleditors Nicoletta Calzolari (Conference Chair) and Khalid Choukri and Thierry Declerck and Mehmet UÄYur DoÄY an and Bente Maegaard and Joseph Mariani and Jan Odijk and Stelios Piperidis en
dc.relation.conferencedate 23-25/05/2012 en
dc.relation.conferencename LREC'12 - 8th International Conference on Language Resources and Evaluation en
dc.relation.conferenceplace Istanbul, Turkey en
dc.relation.firstpage 886 en
dc.relation.ispartofbook Language Resources and Evaluation en
dc.relation.lastpage 893 en
dc.relation.medium ELETTRONICO en
dc.relation.numberofpages 8 en
dc.subject.keywordseng Mental Lexicon -
dc.subject.keywordseng Morphology Acquisition -
dc.subject.keywordseng Self-Organizing Maps -
dc.subject.singlekeyword Mental Lexicon *
dc.subject.singlekeyword Morphology Acquisition *
dc.subject.singlekeyword Self-Organizing Maps *
dc.title Evaluating Hebbian self-organizing memories for lexical representation and access en
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isi.contributor.name Claudia -
isi.contributor.name Marcello -
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isi.contributor.subaffiliation Inst Computat Linguist -
isi.contributor.subaffiliation Inst Computat Linguist -
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isi.contributor.surname Marzi -
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isi.description.abstracteng The lexicon is the store of words in long-term memory. Any attempt at modelling lexical competence must take issues of string storage seriously. In the present contribution, we discuss a few desiderata that any biologically-inspired computational model of the mental lexicon has to meet, and detail a multi-task evaluation protocol for their assessment. The proposed protocol is applied to a novel computational architecture for lexical storage and acquisition, the "Topological Temporal Hebbian SOMs" (T2HSOMs), which are grids of topologically organised memory nodes with dedicated sensitivity to time-bound sequences of letters. These maps can provide a rigorous and testable conceptual framework within which to provide a comprehensive, multi-task protocol for testing the performance of Hebbian self-organising memories, and a comprehensive picture of the complex dynamics between lexical processing and the acquisition of morphological structure. *
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scopus.contributor.affiliation Dept. of Theoretical and Applied Linguistics -
scopus.contributor.affiliation Antonio Zampolli-National Research Council (CNR) -
scopus.contributor.affiliation Antonio Zampolli-National Research Council (CNR) -
scopus.contributor.affiliation Antonio Zampolli-National Research Council (CNR) -
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scopus.contributor.subaffiliation University of Pavia; -
scopus.contributor.subaffiliation Institute for Computational Linguistics; -
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scopus.description.abstracteng The lexicon is the store of words in long-term memory. Any attempt at modelling lexical competence must take issues of string storage seriously. In the present contribution, we discuss a few desiderata that any biologically-inspired computational model of the mental lexicon has to meet, and detail a multi-task evaluation protocol for their assessment. The proposed protocol is applied to a novel computational architecture for lexical storage and acquisition, the "Topological Temporal Hebbian SOMs" (T2HSOMs), which are grids of topologically organised memory nodes with dedicated sensitivity to time-bound sequences of letters. These maps can provide a rigorous and testable conceptual framework within which to provide a comprehensive, multi-task protocol for testing the performance of Hebbian self-organising memories, and a comprehensive picture of the complex dynamics between lexical processing and the acquisition of morphological structure. *
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scopus.subject.keywords Mental Lexicon; Morphology Acquisition; Self-Organizing Maps; *
scopus.title Evaluating hebbian self-organizing memories for lexical representation and access *
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