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Despite several efforts during the last years, the web model and semantic web technologies have not yet been successfully applied to empower Ubiquitous Computing architectures in order to create knowledge‐rich environments populated by interconnected smart devices. In this paper we point out some problems of these previous initiatives and introduce SoaM (Smart Objects Awareness and Adaptation Model), an architecture for designing and seamlessly deploying web‐powered context‐aware semantic gadgets. Implementation and evaluation details of SoaM are also provided in order to identify future research challenges.

Recent studies of web‐site use indicate that people do not come to the web for an “experience”, they come for information. Yet, to date, web‐site design has been synonymous with the “look and feel” of a site overlooking the significance of a site’s information architecture. In this study, we assessed the effect of the information architecture of an academic web site: how information is categorised, labelled and presented, and how navigation and access are facilitated. Twenty‐four participants from six faculties attempted to answer typical questions often asked within an academic milieu. They were able to find the answers to just over half the questions successfully and, in subjective assessments, gave the site a failing grade. We address how the information architecture affected their ability to negotiate the site and, additionally, make recommendations for the key ingredients: information design, access tools, and navigational aids.

The purpose of this paper is to provide some ideas concerning the design and implementation of the library virtual architecture and its relation to the psychology of information‐seeking behavior.

This paper is purely theoretical and speculative. No systematic design was involved.

The renovation of a library's “virtual space” can be as important as the renewal of the physical space. Many libraries are taking advantage of user‐centric design principles as they renew the physical layout and service orientation of their libraries from an architectural standpoint. These same principles can be applied to virtual architecture in order to provide a positive and successful user experience on web sites.

This paper may assist librarians in being more comprehensive in the planning of virtual architecture on web sites and in the creation of electronic finding aids.

Should be interesting to those librarians who focus in their daily work on issues of information architecture and web site usability. It may also be useful to those who work in some reference capacity or regularly assist patrons in finding information.

The purpose of this paper is to revisit a decade after its conception the Representational State Transfer (REST) architectural style and analyzes its relevance to address current challenges from the Library and Information Science (LIS) discipline.

Conceptual aspects of REST are reviewed and a generic architecture to support REST is presented. The relevance of the architecture is demonstrated with the help of a case study based on the collection registration database of the Cooper-Hewitt National Design Museum.

The authors argue that the “resources and representations” model of REST is a sustainable way for the management of web resources in a context of constant technological evolutions.

When making information resources available on the web, a resource-oriented publishing model can avoid the costs associated with the creation of multiple interfaces.

This paper re-examines the conceptual merits of REST and translates the architecture into actionable recommendations for institutions that publish resources.

Many libraries are creating Web sites, to serve a wide range of purposes. The author is Webmaster of the International Association of School Librarianship (IASL); using her own Web site as an example, she discusses a number of issues and tasks associated with creating and maintaining a professional Web site, within the context of a strategic planning approach to Web site development. Beginning with “Should we have a Web site?”, the stages of the process are outlined, including identification of aims and objectives, analysis of user needs, selection of content and services to be included, writing or developing the content, developing the information architecture, navigational aids, visual design of the site, HTML coding or use of page development software, metadata, mounting the completed pages on a Web server, testing and modifications, listing with search engines and directories, publicity and promotion, ongoing site maintenance, and ongoing monitoring and evaluation of the Web site. The strategic planning process provides a useful framework through which to view the many tasks associated with Web site development and maintenance and to conceptualise their relationship to one another.

The purpose of this paper is to develop and implement a faceted classification structure to improve web information organization, access and navigability.

Some case studies of commercial web sites using faceted metadata were analyzed to develop the classification approach. The proposed framework adapts the facet analysis theory from Faceted Classification System (FCS) to use semantic web tools especially XML and RDF store, and ontology, and is designed to be integrated within a Content Management System (CMS). A detailed example of a faceted classification system for an academic information system is used to demonstrate the construction of an FCS from metadata.

Detailed examples show how classifying and organizing information in multidimensional hierarchies is more accessible than simple one‐dimensional taxonomic hierarchies.

A prototype, based on the proposed framework, is being developed using the web site of an academic institution as a case study.

Enhances the FCS research with a notion of integrating ontology driven faceted classification structures by XML/RDF language and content management tools. A dynamic approach to organizing and searching web information provides users with multiple ways of accessing information based on their knowledge and information needs.

Providing a Web site that satisfies the expectations of the National Library’s New Zealand and international users required a re‐evaluation in 2002 of the library’s Web site content, design and navigation. There is a demonstrated public demand for subject‐based and digital information on the Web site as well as for the traditional access to the library’s catalogues. The Web site has also evolved as a result of developments in Web site usability. The design also reflects the library’s description of its services on the new government portal. This has required the library to describe its services, Web pages, catalogues, and key corporate publications using the New Zealand Government Locator Standard metadata set (NZGLS) as well as meeting the library’s own Dublin Core metadata standard framework.

In the digital library era, library websites are recognized as the extension of library services. The usability and findability of library websites are growing more and more important to patrons. No matter how these websites have been built, they should offer the capability that patrons can find their required information quickly and intuitively. The website logs keep tracks of users' factual behaviors of finding their required information. Based on the evidences, the author attempts to reconstruct the websites to promote their internal findability.

In the past, the card sorting method has generally been applied to reconstruct websites to improve their internal findability. Alternately, in this research, a first attempt is made to try to use website log data to implement website reconstruction. The website log data was cleaned and user sub‐sessions were extracted according to their respective critical time of session navigation. Each sub‐session's threshold time of target page was then calculated with different weights to determine its navigating parent pages. The different weighted parent pages were utilized to reconstruct various websites. A task‐oriented experiment of four tasks and 25 participants was conducted to measure the effects of findability between the constructed websites.

By analysis of the variance of time to complete the tasks, it is shown that the reconstructed websites have better findability performance in the time spent to complete the tasks than the current one, if focusing much more on the target pages. The result clearly explores that when the parent pages of a page are selected, whether it is a target page is the most important issue to improve website findability. The target page plays a critical role in website reconstruction. Furthermore, the traditional card sorting method is applied to the case website to reconstruct it. The findability experiment is then conducted and its time to complete the tasks is compared to those of websites that are reconstructed. The approach proposed here has better effects than card sorting.

Mining web log data to discover user behaviors on the library website, this research applies a heuristic method to analyze the data collected to reconstruct websites. Focusing on the target pages, the reconstructed websites will have better findability. Besides traditional card sorting techniques, this paper provides an alternative way to reconstruct websites such that users can find what they need more conveniently and intuitively.

Information agility, or informational efficiency, represents the major prerequisite for agile management and means eliminating inefficiencies in accessing, exchanging and disseminating all kinds of information. Presents a framework for implementation of Web technology in enhancing information access for agile management. Web‐to‐host access tools as a specific subset of Web technology are used to improve and ease access to several types of information such as legacy data, messaging system, electronic documents, and business intelligence.

The aim of this paper is to develop and implement a multidimensional classification system in the web that can provide an alternative but convenient structure for organising and finding information content.

A prototype system is developed following the views of Ranganathan's faceted classification, which is to provide multiple classifications of the web documents through content oriented metadata organised under different facets (orthogonal groups of categories).

Based on an architectural framework this study demonstrates a prototype faceted classification system (FCS) that is integrated into a general open‐source content management system and populated with a sample collection of institutional web pages/documents.

The study provides significant grounds for the IR community to improve interface structure for easy access, management, and retrieval of web information. In addition, the integration of content management tools with multidimensional taxonomies can be a new instance of a corporate web system for easy content creation, organisation, and navigation.