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Describes the ANT*ILL software system, developed at the University of California, Irvine′s Library, to search incoming OCLC interlibrary loan requests automatically against the local Innovative Interfaces Online Public Access Catalog (III OPAC). There are three steps involved with the ANT*ILL programs: downloading the “pending” file from OCLC via the Internet; searching those downloaded records on the UCI III OPAC to extract the call number and circulation status; and outputing the results. The ANT*ILL programs are written in the Perl programming language and run under the UNIX operating system. Discusses the system′s design, its implementation, and its performance. The ANT*ILL source code is available free of charge.

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.

Hitachi's Production Engineering Laboratory believes in being close to its production lines, as Stephen McClelland found out during a visit.

The development of Gestalt thinking, especially the work of Fritz Perls, is reviewed. It is suggested that the Gestalt process has been marred in the past by placing too much power with the therapist. Gestalt can be used more appropriately in Interpersonal Skills Training by giving more real involvement to the learner.

The Central Medical Library (CMK) at the Faculty of Medicine of the University of Ljubljana, Slovenia, created its Web site in 1997 and has since then been actively involved in its maintenance and improvement. The analysis of Web site usage, which was performed using different data‐mining methods, revealed an increasing interest among the Slovene biomedical community. Patrons have often complained to librarians about information overload and difficulty in following all the Web site’s enhancements. This situation called for a dynamic restructuring of the CMK Web site. Such problems are often solved with customisable and personalised library portals. Having limited financial and human resources, it was decided to customise and extend an existing library portal software solution (MyLibrary from North Carolina State University). The MyLibrary portal for the CMK was not only customised, but some important new functionality, most notably multilingual support, was added. This experience of developing a personalised library portal could be of interest to most libraries that offer information in at least two languages.

Describes the construction of the author’s Perl program, Cyril, to add vernacular Russian (Cyrillic) characters to existing MARC records. The program takes advantage of the ALA‐LC standards for Romanization to create character mappings that “de‐transliterate” specified MARC fields. The creation of Cyril raises both linguistic and technical issues, which are thoroughly examined. Concludes by considering the implications for cataloging and authority control standards, as we move to a multilingual, multi‐script bibliographic environment.

This paper aims to describe work at Kent State University Libraries and Media Services to promote and devise electronic thesis and dissertation (ETD) storage at OhioLINK's ETD Center, to find efficient methods to represent these unique scholarly materials within the library's catalog, and to foster the establishment of state‐wide library catalog standards for ETDs.

A semi‐automated process has been devised that extracts student‐supplied metadata already available in the OhioLINK ETD Center to provide almost instantaneous access to unique resources through the library catalog. A Perl program uses the OAI‐PMH protocol to extract metadata, modifies and enhances the data, and inserts it into the Innovative Interfaces, Inc. catalog. Significant effort was made to map the data from ETD‐MS to MARC. Catalogers retrieve records for completion and contribute full bibliographic records to OCLC WorldCat in addition to the local and consortium catalogs.

The process successfully produces a provisional bibliographic record that is useful immediately for resource discovery and that can serve as the basis for full cataloging.

This research provides libraries with a method they can adapt locally to provide provisional level access, full level access, or both, to unique scholarly research.

This research broke new ground regarding the use of a software agent to repurpose metadata in library catalogs. It also impacted national cataloging standards for ETDs.

This paper tries to identify the extent of adoption and utility of Greenstone Digital Library Software (GDLS) in Persian language in Iran. What are the powerful capabilities and features of Greenstone and what about its programming bugs and errors toward information retrieval and storage in Persian language?

The study adopted evaluative survey and direct observation through nine spectrums checklist based on Greenstone capabilities and features. Then viewpoints of computer and library and information science (LIS) specialists obtained and analyzed. After that, a digital Persian collection has been designed with Greenstone and analyzed. A statistical analysis scheme was employed to evaluate the software.

The study obtained the following conclusions: there is similar consensus about GSLS effectiveness and capabilities between researcher and specialists. There is a lack of experts in Perl and Java programming language for upgrading of software in Iran. Further, software infrastructure especially in the interaction, support of standards and metadata features is powerful. Relatively poor user interface, incomplete sorting of Persian alphabet for “” characters, immature Unicode support like KWIC (or phind) index are some outstanding bugs.

The absence of complete and huge Persian digital library based on Greenstone was one of the major constraints of survey.

If national entity supports localization of Greenstone, it will be a suitable solution for Persian digital library. Using Greenstone in the absence of financial resource for commercial software is a good choice.

Using Greenstone to support digital libraries is a new trend as open source digital library solution in Iran for Persian language. This study can not only be a starting point for further discussions on the localization of open source digital library software, but also be applied to other researches.