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As the number of online journals, databases, and indexing and abstracting services continues to grow on the Internet, it is important that libraries find efficient ways to manage and provide access to these resources. By utilizing database driven dynamic content delivery technology, library Web administrators can obtain numerous management benefits over a static HTML site. Presents an efficient model using Microsoft Access database software and an ASP (Active Server Pages) scripting method to manage and deliver the University of Arkansas Library’s electronic subscription services. Benefits include centralized data management and maintenance, streamlined administration, customized content, and improved response to simultaneous user access. Web server platforms, programming skill levels, and data storage limitations are also discussed. A single MS Access database utilizing two relational tables is used as an example to demonstrate the underlying database organization.

Libraries have been integrating active server pages (ASP) with Web‐based databases for searching and retrieving electronic information for the past five years; however, a literature review reveals that a more complete description of modifying data through the Web interface is needed. At the Texas A&M University Libraries, a Web database of Internet links was developed using ASP, Microsoft Access, and Microsoft Internet Information Server (IIS) to facilitate use of online resources. The implementation of the Internet Links database is described with focus on its data management functions. Also described are other library applications of ASP technology. The project explores a more complete approach to library Web database applications than was found in the current literature and should serve to facilitate reference service.

Collections of links to Web resources become difficult to maintain and use as they grow in size. Database‐driven, dynamic Web publishing solutions offer searching capabilities and display options, and enable librarians to maintain current and accurate information. Reference librarians at Lafayette College use FileMaker Pro database software to generate subject lists of Web‐based resources dynamically. Thanks to FileMaker Pro’s ease of use and built‐in Web publishing capabilities, attractive and functional dynamic Web content can be generated with no programming skills.

The purpose of this paper is to propose a practical plan for finding free specialty databases and search engines that access the Deep Web, the hidden part of the internet that offers a greater quantity and quality of information than the regular web.

The author presents a self‐paced, adaptable worksheet of Deep Web search techniques. An explanation is provided for the utilization of general search tools to identify other, more specialized search tools. The techniques therein build upon searching methods suggested by previous authors.

The techniques facilitated the process of finding specialty tools.

The article helps librarians compile toolkits of specialty databases for use in serving their patrons. Reference librarians with collection responsibilities can expand their libraries' collections at no cost by identifying free web databases. In developing countries, librarians without access to subsidized collections of databases can use the practical advice in this article to find free databases for their patrons. In addition, virtual reference librarians can use the techniques to discover databases that they can recommend to patrons in the absence of print reference books.

The article illustrates an alternate, vertical strategy for web searching as opposed to the conventional, horizontal strategy of web searching. While other authors have already suggested some of these techniques, this article further develops these methods, synthesizes these ideas into a plan, and includes more techniques for Deep Web searching.

Libraries need to routinely redesign their Web sites, and using a database to manage the content will improve the process considerably. This case study describes how a Perl‐driven database improved Web site organization and patron access, made subsequent revisions much easier, and allowed non‐HTML savvy staff to update content.

This paper reports on an investigation comparing searcher experiences with Web and non‐Web interfaces to online databases. The study was designed to address the following questions: what is the nature of searcher preferences for Web versus non‐Web interfaces to online databases and, more specifically, what are the characteristics of Web and non‐Web based interfaces that help or hinder effective searching? Two samples of students enrolled in a graduate level Advanced Databases Searching course were used as participants in the research. In this class, the students used several Web and non‐Web based online databases. The data collected from self‐administered open‐ended questionnaires were employed in the analysis to address the research questions posed above. Results of the study indicate that some of the functions of Web interfaces outperform non‐Web interfaces; but at the same time they are not universally preferred. An important dynamic that surfaced in this study which helped to explain searcher preference for one type of interface over another was that of user control versus ease of use in the search process. This study concludes with an argument for greater attention to the tension between user control and ease of use in the design of effective and useful interactive online retrieval systems.

The aim of this study was an evaluation of the web as a source of scientific bibliographic information.

In order to give this evaluation a quantitative dimension, a comparison with the information obtained from fee‐based bibliographic databases was performed. Based on a concrete search example in the field of plant production biotechnology, a comparative study of selected fee‐based bibliographic databases (CAB Abstracts and Biosis Preview) and a search of the web with selected search engines (Scirus and Google) was carried out. A comparison of the information retrieved through the databases and that retrieved through search engines was conducted with respect to the quantity and quality of retrieved documents, search time, the cost of information, retrieval strategies, the reliability of information and the demands on the skills of the searcher.

The surprising results of this comparison clearly indicate that the web, assuming a professional use of the medium, is not only a valuable source for scientific information, but also provides the scientific community with an instrument to make knowledge available and accessible for almost anyone.

This study shows that the web has reached a certain level of maturity in regard to scientific and qualitative content and can be considered a worthwhile source of scientific information.

Library users expect to find an increasing array of information resources on the Web, and libraries have been using that medium. However, much of what they supply on the Web is static data such as bibliographies, pathfinders, instructions, and schedules. Providing dynamic data on the Web, especially from a relational database, can be a daunting task because HTML is a markup language that has little processing power. This paper will discuss the steps necessary to provide dynamic Web access to local databases using active server pages (ASP) technology. ASP is easier to use than other methods because it imbeds scripting statements directly into the Web page, rather than relying on separate, complicated programs. Software necessary to make it work resides on the server, and the end‐user does not have to worry about it. Several working examples will illustrate techniques for searching and displaying data from a Microsoft Access database using ASP.

The growth of web emerging technology and data visual demand from the World Wide Web (WWW) makes the need for information repositories become vital. Proper database development will assure the repository managing web content effectively aligns with web archive metadata standards. This paper aims to present the database design process for web archive content repository specifically to maintain social and cultural heritage values upon Malaysians as Mfigures.

The empirical process start with literature review and validation from expert on the elements and scopes of research. Then, structured database design guideline which part of database life cycle (DBLC) was applied and combined with the step of comparative and mapping the conceptual model with metadata standard that is relevant with web archive content. The paper focuses on the first three stages: Database Initial Study, web archiving and Metadata standard mapping; and conceptual design to focus on data modelling. Another two stages of database design are logical design and physical design will be exposed later.

The empirical process has produced initial conceptual data model, database structure that can be a basis of web archiving repository. The data model had also been verified with metadata data standards to assure the database structure implementation cater the need of web archiving repository features especially web information discovery.

Nevertheless, database design is the most effective way to develop good information architecture on the Net, but the absence of some important fields on related tables have been identified such as subject, language, coverage, right, publisher and contributor. The MFigures’ database schema will continuously improve for better scope and coverage of web archive content suite with future information demands on the WWW.

The conceptual data model act as a communication tool by the technical team in web application development. It can be revisited to suite with other different database management system or to suite with other similar scope of information repository requirements.

Mfigures was uniquely designed for collecting Malaysian social and cultural heritage, which are rarely design before, and it can be beneficial as Malaysia society future references for excellent motivations roles and successful stories.

The Mfigure conceptual data model was empirically design and gone through a proper validation process by the industrial and academic experts.