Addressing publishing issues with hypermedia distributed on the Web
Identifieur interne : 000184 ( PascalFrancis/Corpus ); précédent : 000183; suivant : 000185Addressing publishing issues with hypermedia distributed on the Web
Auteurs : L. Rutledge ; L. Hardman ; J. Van Ossenbruggen ; D. C. A. BultermanSource :
Descripteurs français
- Pascal (Inist)
English descriptors
- KwdEn :
Abstract
The content and structure of an electronically published document can be authored and processed in ways that allow for flexibility in presentation on different environments for different users. This enables authors to craft documents that are more widely presentable. Electronic publishing issues that arise from this separation of document storage from presentation include (1) respecting the intent and restrictions of the author and publisher in the document's presentation, and (2) applying costs to individual document components and allowing the user to choose among alternatives to control the price of the document's presentation. These costs apply not only to the individual media components displayed but also to the structure created by document authors to bring these media components together as multimedia. A collection of ISO standards, primarily SGML, HyTime and DSSSL, facilitate the representation of presentation-independent documents and the creation of environments that process them for presentation. SMIL is a W3C format under development for hypermedia documents distributed on the World Wide Web. Since SMIL is SGML-compliant, it can easily be incorporated into SGML/HyTime and DSSSL environments. This paper discusses how to address these issues in the context of presentation-independent hypermedia storage. It introduces the Berlage environment, which uses SGML, HyTime, DSSSL and SMIL to store, process, and present hypermedia data. This paper also describes how the Berlage environment can be used to enforce publisher restrictions on media content and to allow users to control the pricing of document presentations. Also explored is the ability of both SMIL and HyTime to address these issues in general, enabling SMIL and HyTime systems to consistently process documents of different document models authored in different environments.
Notice en format standard (ISO 2709)
Pour connaître la documentation sur le format Inist Standard.
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Format Inist (serveur)
NO : | PASCAL 00-0148698 INIST |
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ET : | Addressing publishing issues with hypermedia distributed on the Web |
AU : | RUTLEDGE (L.); HARDMAN (L.); VAN OSSENBRUGGEN (J.); BULTERMAN (D. C. A.); ROWLAND (Fytton); SMITH (John W.T.) |
AF : | CWI, P.O. Box 94079/1090 GB Amsterdam/Pays-Bas (1 aut., 2 aut., 4 aut.); Vrije Universiteit, Dept. of Math, and Computer Science De Boelelaan 1081/1081 Amsterdam/Pays-Bas (3 aut.) |
DT : | Congrès; Niveau analytique |
SO : | Electronic publishing '98. Conference/2/1998-04-20/Budapest HUN; Etats-Unis; Washington DC: ICCC Press; Da. 1998; Pp. 78-93; ISBN 1-891365-02-9 |
LA : | Anglais |
EA : | The content and structure of an electronically published document can be authored and processed in ways that allow for flexibility in presentation on different environments for different users. This enables authors to craft documents that are more widely presentable. Electronic publishing issues that arise from this separation of document storage from presentation include (1) respecting the intent and restrictions of the author and publisher in the document's presentation, and (2) applying costs to individual document components and allowing the user to choose among alternatives to control the price of the document's presentation. These costs apply not only to the individual media components displayed but also to the structure created by document authors to bring these media components together as multimedia. A collection of ISO standards, primarily SGML, HyTime and DSSSL, facilitate the representation of presentation-independent documents and the creation of environments that process them for presentation. SMIL is a W3C format under development for hypermedia documents distributed on the World Wide Web. Since SMIL is SGML-compliant, it can easily be incorporated into SGML/HyTime and DSSSL environments. This paper discusses how to address these issues in the context of presentation-independent hypermedia storage. It introduces the Berlage environment, which uses SGML, HyTime, DSSSL and SMIL to store, process, and present hypermedia data. This paper also describes how the Berlage environment can be used to enforce publisher restrictions on media content and to allow users to control the pricing of document presentations. Also explored is the ability of both SMIL and HyTime to address these issues in general, enabling SMIL and HyTime systems to consistently process documents of different document models authored in different environments. |
CC : | 001A01H03; 205 |
FD : | Edition électronique; Présentation document; Norme; Réseau WWW; Stockage; Hypermédia; Description; Echange information; DSSSL; HyTime; SMIL; Norme SGML |
ED : | Electronic publishing; Document layout; Standards; World wide web; Storage; Hypermedia; Description; Information exchange; SGML standard |
SD : | Edición electrónica; Presentación documento; Norma; Red WWW; Almacenamiento; Hipermedia; Descripción; Intercambio información |
LO : | INIST-Y 32373.354000080093680080 |
ID : | 00-0148698 |
Links to Exploration step
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<front><div type="abstract" xml:lang="en">The content and structure of an electronically published document can be authored and processed in ways that allow for flexibility in presentation on different environments for different users. This enables authors to craft documents that are more widely presentable. Electronic publishing issues that arise from this separation of document storage from presentation include (1) respecting the intent and restrictions of the author and publisher in the document's presentation, and (2) applying costs to individual document components and allowing the user to choose among alternatives to control the price of the document's presentation. These costs apply not only to the individual media components displayed but also to the structure created by document authors to bring these media components together as multimedia. A collection of ISO standards, primarily SGML, HyTime and DSSSL, facilitate the representation of presentation-independent documents and the creation of environments that process them for presentation. SMIL is a W3C format under development for hypermedia documents distributed on the World Wide Web. Since SMIL is SGML-compliant, it can easily be incorporated into SGML/HyTime and DSSSL environments. This paper discusses how to address these issues in the context of presentation-independent hypermedia storage. It introduces the Berlage environment, which uses SGML, HyTime, DSSSL and SMIL to store, process, and present hypermedia data. This paper also describes how the Berlage environment can be used to enforce publisher restrictions on media content and to allow users to control the pricing of document presentations. Also explored is the ability of both SMIL and HyTime to address these issues in general, enabling SMIL and HyTime systems to consistently process documents of different document models authored in different environments.</div>
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