Delivering interactive multimedia documents over networks

Loeb, Shoshana

doi:10.1109/35.137479

Cited by 31 publications

(10 citation statements)

References 15 publications

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“…Management end software: will was installation to multimedia information released system server, general user and the administrator are can through browser landing this software to upload pictures, and text, and PPT, and FLASH animation, and music, and video, various material file, making program scene, management program list, will latest of program released to play end; administrator also can group, and grading, and points domain set different user of permission, on various program for audit, and remote monitoring broadcast controlled machine state and log information, and set timing opened and closed [6].…”

Section: Software Systems Basic Functionsmentioning

confidence: 99%

Research on group enterprise multimedia information publishing system

Zhimin

2017

MATEC Web Conf.

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Abstract.A electric power group enterprises to actively explore the innovation of enterprise culture management, making full use of modern information and communication technologies, construction of trans-regional multimedia information publishing platform. Construction of a municipal pilot units in Group region, for example, through consolidation, Office LANs, corporate networks in electric power communication network, cable TV network, realized with pictures, video, PPT, FLASH animations, WORD documents, WEB pages, video conference streams, radio, television, and other media as the carrier's digital communications.

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Section: Software Systems Basic Functionsmentioning

confidence: 99%

Research on group enterprise multimedia information publishing system

Zhimin

2017

MATEC Web Conf.

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“…As the consequence, there is not a predefined order in which the different segments of the document should be accessed. One solution of nonsequential document structure is to manage a collection of nodes and links [17]. In essence, the heterogeneous media are accessed via an homogeneous linking mechanism [2].…”

Section: Multimediamentioning

confidence: 99%

Database management for multimedia distributed collaborative writing

Wear

Gong

Chang

1995

Proceedings of the 33rd Annual on Southeast Regional Conference - ACM-SE 33

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Traditional computer applications have been designed to be run by one user at a time who does some work in a single medium, such as ASCII tezt, and very little regard has been given to the fact that people often work together. With the recent development of computer networks and the widespread deployment of networked workstations, automating the group writing process for geographically distributed users has become feasible. In this paper, a software package which supports distributed, real-time, multimedia collaborative work, known as the Distributed Collaborative Writing Aid (DCWA), is described. The DCWA has five major parts but the emphasis of this paper is on the DCWA 's distributed database, which is crucial to making the entire system work together both logically and consistently. The database is a specialized, distributed system based on the client-server model implemented in C++ running under ~.3BSD Unit and provides dynamic management capabilities unique for a multimedia collaborative working environment.

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“…Such a model is appropriate for providing multiple views on the final data schema and has been suggested by Lippman and Bender [40]. Bender et al [6], and Loeb [42,43].…”

Section: Introductionmentioning

confidence: 98%

A Survey of Technologies for Parsing and Indexing Digital Video1

Ahanger

Little

1996

Journal of Visual Communication and Image Representation

154

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trieve data. Since the potential for applications like live broadcast, video-on-demand, and digital libraries is enorIn the future we envision systems that will provide video information delivery services to customers on a very large scale. mous, the challenges presented by these applications, These systems must provide customers with mechanisms to though formidable, must be met. To do so we must consider select programs of their choice from live broadcasts. Customers and understand the following issues:should also be provided with easy means of browsing and ac-• Why traditional database retrieval techniques are incessing prerecorded digital data (e.g., distributed digital multimedia libraries), and downloading data from other information sufficient for multimedia retrieval (e.g., why can we not sources. To be viable for such large information sets, these just index and retrieve images using keywords?).systems must understand customer preferences and tailor the • How spatial visual data types differ from alphanumeric available information to the customer's needs. To support this types in terms of data modeling. vision, a number of issues must be addressed and obstacles• What the roles of the user and the system are in perovercome. Intuitive interfaces, powerful query formulation and forming queries. evaluation techniques, comprehensive data models, and flexible presentation functionalities must be developed. To realize theseVisual data are perceived differently by different people. components, an effective query evaluation engine with the capa-Because of the visual nature of video data, we end up with bilities of query resolution in different content-specific formats numerous interpretations of the same data. To represent (e.g., by graphics, by image, by sound) and in different domain-all the different interpretations by keywords (text) is an specific models (e.g., database of movies, database of newsclips) impossible task as one cannot foresee all possible interpreshould be present. Additionally, the digital video database will tations of the data during indexing. Also, representation require an efficient indexing system for easy access to the stored of a small segment of video data by a large number of information. In this paper we discuss existing research trends keywords will lead to space explosion during indexing.in this area and requirements for future data delivery systems. Keywords cannot successfully represent the temporal naAn overview of video indexing is presented followed by a discusture of video data nor do they support semantic relationsion on current indexing techniques.

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Delivering interactive multimedia documents over networks

Cited by 31 publications

References 15 publications

Research on group enterprise multimedia information publishing system

Research on group enterprise multimedia information publishing system

Database management for multimedia distributed collaborative writing

A Survey of Technologies for Parsing and Indexing Digital Video1

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