IEEE Signal Processing Magazine · 2005 · 141 citations · 50 references
Spoken Document RetrievalEngineeringSpeech CorpusSpoken Language ProcessingCorpus LinguisticsText MiningSpeech RecognitionApplied LinguisticsNatural Language ProcessingInformation RetrievalComputational LinguisticsSpoken Document UnderstandingConversation AnalysisLanguage StudiesSpoken DocumentsSpoken Language UnderstandingLinguisticsSpeech CommunicationAudio MiningSpeech ProcessingHierarchical Visual PresentationStructured DocumentSpeech InterfaceMultimedia Search
Spoken documents are best understood and reorganized for easy retrieval and browsing, typically presented as short paragraphs with hierarchical visual organization, titles, summaries, and topic labels that enable content‑based or metadata‑based search. This article aims to provide a concise, comprehensive, and integrated overview of related areas within spoken document understanding and organization for efficient retrieval and browsing. The authors also present an initial prototype system developed at National Taiwan University that integrates various technologies and functionalities to demonstrate this unified approach.
Spoken documents (or associated multimedia content) are in fact better understood and reorganized in a way that retrieval/browsing can be performed easily. For example, they are now in the form of short paragraphs, properly organized in some hierarchical visual presentation with titles/summaries/topic labels as references for retrieval and browsing. The retrieval can be performed based on the full content, the summaries/titles/topic labels, or both. In this article, this is referred to as spoken document understanding and organization for efficient retrieval/browsing applications. The purpose of this article is to present a concise, comprehensive, and integrated overview of related areas in a unified context of spoken document understanding and organization for efficient retrieval/browsing applications. In addition, we present an initial prototype system we developed at National Taiwan University as a new example of integrating the various technologies and functionalities.
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