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The World Wide Web is the universe of network‐accessible information. The World Wide Web Consortium exists to realize the full potential of the Web.

To explore the effectiveness of large‐scale consortia for disseminating local heritage via the web. To describe the creation of a large geographically based cultural heritage consortium in the South East of England and management lessons resulting from a major web site digitisation project. To encourage the improved sharing of experience amongst similar projects in the future.

A selective literature review seeking lessons on sustainable cultural heritage collaboration is presented. The composition of a consortium set‐up with public lottery funding to build a cross‐domain collaborative public web site containing cultural heritage materials from many local authorities and local partners is described. Practical experiences from the first three years of collaboration are presented in a manner loosely based on the European Union Digitisation Policies Benchmarking Model.

Staff in local government libraries, archives and museums have, until recently, lacked experience in major web site publishing and even in the basic digitisation of locally held heritage materials. Local governments in England have traditionally co‐operated within the library or museum sectors, but not across the whole domain. New communication methods and a formally structured consortium have so far enabled the collaborative publication of a major web site allowing cross‐searching of partner materials as well as access to individual sites. More importantly, staff have begun to understand how to proceed in a sustainable way to support the future development of more sophisticated digital primary and learning resources that are preserved for the future and yet accessible to many more people.

The paper notes the importance of shared values, common objectives and a practical approach to collaborative service delivery. It also highlights the challenges in situations where operational staff have multiple responsibilities and project staff may be available only while external short‐term funding lasts. It is suggested that encouraging the documentation of operational experiences and sharing skills through a large‐scale formal consortium can support sustainable development.

The consortium described hopes to form a major part of the future framework for digital cultural heritage services in the South East of England. This paper offers a rare, reflective contribution from experienced, operational service practitioners who have completed a three‐five year digitisation programme offering free public access to materials that serve to support and disseminate local and regional identity.

The 1998 International Federation of Library Associations (IFLA) document “Functional Requirements for Bibliographic Records” (FRBR) has inspired a family of models that view bibliographic resources in terms of multiple entities differentiated with regard to meaning, expression, and physicality. The purpose of this paper is to compare how three FRBR and FRBR-like models have been expressed as Semantic Web vocabularies based on Resource Description Framework (RDF). The paper focusses on IFLA’s own vocabulary for FRBR; RDF vocabularies for Resource Description and Access (RDA), an emergent FRBR-based standard for library cataloging; and BIBFRAME, an emergent FRBR-like, native-RDF standard for bibliographic data.

Simple test records using the RDF vocabularies were analyzed using software that supports inferencing.

In some cases, what the data actually means appears to differ from what the vocabulary developers presumably intended to mean. Data based on the FRBR vocabulary appears particularly difficult to integrate with data based on different models.

Some of the RDF vocabularies reviewed in the paper could usefully be simplified, enabling libraries to integrate their data more easily into the wider information ecosystem on the Web. Requirements for data consistency and quality control could be met by emergent standards of the World Wide Web Consortium for validating RDF data according to integrity constraints.

There are few such comparisons of the RDF expressions of these models, which are widely assumed to represent the future of library cataloging.

In data engineering, view formalisms are used to provide flexibility to users and user applications by allowing them to extract and elaborate data from the stored data sources. Conversely, since the introduction of EXtensible Markup Language (XML), it is fast emerging as the dominant standard for storing, describing, and interchanging data among various web and heterogeneous data sources. In combination with XML Schema, XML provides rich facilities for defining and constraining user‐defined data semantics and properties, a feature that is unique to XML. In this context, it is interesting to investigate traditional database features, such as view models and view design techniques for XML. However, traditional view formalisms are strongly coupled to the data language and its syntax, thus it proves to be a difficult task to support views in the case of semi‐structured data models. Therefore, in this paper we propose a Layered View Model (LVM) for XML with conceptual and schemata extensions. Here our work is three‐fold; first we propose an approach to separate the implementation and conceptual aspects of the views that provides a clear separation of concerns, thus, allowing analysis and design of views to be separated from their implementation. Secondly, we define representations to express and construct these views at the conceptual level. Thirdly, we define a view transformation methodology for XML views in the LVM, which carries out automated transformation to a view schema and a view query expression in an appropriate query language. Also, to validate and apply the LVM concepts, methods and transformations developed, we propose a viewdriven application development framework with the flexibility to develop web and database applications for XML, at varying levels of abstraction.

There is a widespread perception that, in terms of web‐technology, XML is going to be the ‘next big thing’. Given the amount of comment that it has generated, it seems to be on its way to achieving that status. But how much of the praise should be taken at face value, and how much of the hype is credible? In the following article we examine some of the claims made about the importance of XML and consider how far the enthusiasm about it can be justified. Will XML cause a revolution that will change the way that everyone uses the Internet, whether as searchers or data creators? Or is it a tool for certain types of e‐commerce and large‐scale markup, which may not have a significant impact on the majority of web users?

The development of the World‐Wide Web has caught the imagination not only of professional computer users, but also of large sections of the general public: news and feature items concerning aspects of the Internet abound in the popular media, and these commonly specify the Web as the technology of choice for accessing a wide variety of information resources.

The Internet and World Wide Web (Web) provide instant access to vast quantities of information. Unfortunately, many people with visual, hearing, mobility, or learning disabilities are unable to take advantage of the opportunities afforded by the Web. This is because badly designed and/or inaccessible Web sites prevent them from fully experiencing the graphical and aural benefits of the medium. This paper introduces concepts of accessible Web design and describes how Web designers can build sites accessible to everyone with little added effort. It also provides a brief legal and economic rationale as to why it is important to do so. Principles of universal design and the guidelines developed by the World Wide Web Consortium’s Web Accessibility Initiative are described. An appendix of selected resources is also included.

This paper traces the development of World Wide Web Robots and provides an overview of their main functions and workings. The focus is on search robots and illustrations will be drawn from two major search engines: AltaVista and Excite. In the concluding section, prblems associated with the use of Web Robots and their implications for electronic publishing will be examined.

The DAISY Consortium created the first digital talking book (DTB) and this is now known worldwide as the DAISY format. The DAISY DTB is the application of existing worldwide standards used to define the next generation of information technology for people who are blind and print disabled. The acronym DAISY, digital audio‐based information system, is a name both for a reading system and for the consortium of libraries, non‐profit organizations and for‐profit Friends of the Consortium around the world that spearhead the development of the International standard. This article will briefly trace the history of DAISY’s development and go on to explain the current activities and future plans for the single worldwide standard.

Using Internet‐enabled mobile handheld devices to access the World Wide Web is a promising addition to the Web and traditional e‐commerce. Mobile handheld devices provide convenience and portable access to the huge information on the Internet for mobile users from anywhere and at anytime. However, mobile commerce has not enjoyed the same level of success as the e‐commerce has so far because mobile Web contents are scarce and mostly awkward for browsing. The major reason of the problems is most software engineers are not familiar with handheld devices, let alone programming for them. To help software engineers better understand this subject, this article gives a comprehensive study of handheld computing and programming for mobile commerce. It includes five major topics: (i) mobile commerce systems, (ii) mobile handheld devices, (iii) handheld computing, (iv) server‐side handheld computing and programming, and (v) client‐side handheld computing and programming. The most popular server‐side handheld applications are mostly functioning through mobile Web contents, which are constructed by using only few technologies and languages. On the other hand, various environments/languages are available for client‐side handheld computing and programming. Five of the most popular are (i) BREW, (ii) J2ME, (iii) Palm OS, (iv) Symbian OS, and (v) Windows Mobile. They are using either C/C++ or Java programming languages. This article will explain J2ME, a micro version of Java, and Palm OS programming, using C, by giving step‐by‐step procedures of J2ME and Palm application development.