In this paper we present HearSay, a system for browsing hypertext Web documents via audio. The HearSay system is based on our novel approach to automatically creating audio browsable content from hypertext Web documents. It combines two key technologies: (1) automatic partitioning of Web documents

In this paper we present HearSay, a system for browsing hypertext Web documents via audio. The HearSay system is based on our novel approach to automatically creating audio browsable content from hypertext Web documents. It combines two key technologies: (1) automatic partitioning of Web documents

ABSTRACT In this paper we present HearSay, a system for browsing hyper-text Web documents via audio. The HearSay system is based on our novel approach to automatically creating audio browsable con-tent from hypertext Web documents. It combines two key technologies: (1) automatic partitioning of Web

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ABSTRACT As streaming audio-video technology becomes widespread, there is a dramatic increase in the amount of multimedia content available on the net. Users face a new challenge: How to examine large amounts of multimedia content quickly. One technique that can enable quick overview of multimedia

. Each scene is part of a story. Browsing these scenes unfolds the entire story of a film, enabling users to locate their desired video segments quickly and efficiently. Scene segmentation using visual property has been intensively studied in recent years and utilizing audio information is given

and interrelated. This paper presents the design and development of Geo-coded Spatial Navigation System (G-SNS), a hypertext navigation system that aims to provide an integrated user interface for navigation and browsing of geospatial Web content. Three case studies based on the G-SNS architecture in different

of a video, which can either be a sequence of stationary images (keyframes) or moving images (video skims). In terms of browsing and navigation, a good video abstract will enable the user to gain maximum information about the target video sequence in a specified time constraint or sufficient

through everything on the page, making Web browsing time-consuming and strenuous. Although, the use of shortcut keys, navigation features, and searching offers some improvements, the problem still remains: the existing screen-readers have limited ways of presenting Web page content. This report describes

specific content-based audio retrieval or browsing. Speaker classification is achieved by a variant of an LVQ3 classifier and speaker recognition is attempted in entire speech segments by evaluating a Mahalanobis distance measure. Speaker transitions are, in most cases, correctly detected and speaker