Title
Web page reuse techniques: a dynamic referential navigational guide
Abstract
In the field of software engineering it is generally recognised that the reuse of existing components can lead to greater productivity and cost-effectiveness, together with a more reliable and easier to maintain software product of high quality. In short, software reusability is an essential attribute of a high, quality, reliable software component. However, most Web pages are currently constructed for a particular system or Web-site rather than being built with reuse in mind. Any reuse of these pages is based on ad hoc reuse rather than systematic reuse. This article presents a new approach for Web-page reuse called a dynamic referential navigational guide (DReNG). Based on the page-component instead of the predetermined link concept, a more structured design is proposed. Generic Web pages are built as reusable components and viewed as black boxes. A master page is used for each system developed, as a reference guide, to store the navigational links and the navigational mechanisms between these pages. It is based on a “triple linked list” structure, where “back”, “forward”, and “homepage” pointers are maintained and potentially can be extended to unlimited pointers wherever an “n-tuple linked list” might be needed. Two further problems associated with the development of Web-based systems: the tracing and the maintenance of the same page across different systems or even across different servers have also been tackled
Year
DOI
Venue
2000
10.1109/EURMIC.2000.874402
EUROMICRO
Keywords
Field
DocType
triple linked list structure,black boxes,web page reuse techniques,master page,n-tuple linked list,information resources,web site,software reusability,dynamic referential navigational guide,generic web pages,navigational links,navigational mechanisms,pointers,software maintenance,documentation,functional programming,web pages,software quality,navigation,software engineering,cost effectiveness,algorithms,software component,productivity
World Wide Web,Web page,Computer science,Reuse,Server,Software,Software maintenance,Component-based software engineering,Software quality,Reusability
Conference
Volume
ISSN
ISBN
2
1089-6503
0-7695-0780-8
Citations 
PageRank 
References 
0
0.34
1
Authors
3
Name
Order
Citations
PageRank
Eng Huat Ng121.34
Stu Wade210.96
Claude Ghaoui3104.54