Paper Info
Title
GHMI: a general hypertext data model supporting integration of hypertext and information systems
Abstract
We present a general hypertext data model supporting the integration (GHMI) of hypertext and information systems. The information systems benefit from hypertext functionality while preserving their computation capabilities. Although systems supporting integration of hypertext and display-oriented information systems do exist, no model or system effectively supports integrating hypertext and computation-oriented information systems (COISs). In COISs, content is generated and mapped dynamically at run-time. Based on the widely-recognized Dexter hypertext model, GHMI makes major contributions by significantly extending the Dexter model in the storage layer. GHMI divides its storage layer into two sublayers: a hypertext database and a hypertext knowledge base. The hypertext database extends the original Dexter storage layer regarding component classes, typed links, composite structures, typed anchors, and navigation structures. In the hypertext knowledge base, GHMI models domain mapping rules between hypertext and information systems called bridge laws
Year
DOI
Venue
1996
10.1109/HICSS.1996.495379
HICSS (2)
Keywords
Field
DocType
composite structures,hypertext functionality,database management systems,widely-recognized dexter hypertext model,information systems,hypertext database,knowledge based systems,storage layer,information system,hypertext knowledge base,user interfaces,navigation structures,computation-oriented information system,data structures,user interface,run-time,bridge laws,display-oriented information system,display-oriented information systems,ghmi,typed links,general hypertext data model,component classes,dexter hypertext model,hypermedia,dexter model,typed anchors,computation-oriented information systems,computation,hypertext data model,data models,databases,knowledge base,navigation,data model
Information system,Hypertext,Data modeling,World Wide Web,Hypermedia,Computer science,Knowledge-based systems,Knowledge base,User interface,Data model
Conference
Volume
ISBN
Citations 
2
0-8186-7324-9
1
PageRank 
References 
Authors
0.35
17
2
Name
Order
Citations
PageRank
Jiangling Wan13322.80
Michael Bieber210.35