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The purpose of this paper is to obtain online access to the digitised Arabic manuscripts images, which need to use a catalogue. The bibliographic cataloguing is unsuitable for old Arabic manuscripts, and it is imperative to establish a new cataloguing model. In the research, the authors propose a new cataloguing model based on manuscript annotations and transcriptions. This model can be an effective solution to dynamic catalogue old Arabic manuscripts. In this field, the authors used the automatic extraction of the metadata that is based on the structural similarity of the documents.

This work is based on experimental methodology. The whole proposed concepts and formulas were tested for validation. This, allows the authors to make concise conclusions.

Cataloguing old Arabic manuscripts faces problem of unavailability of information. However, this information may be found in another place in a copy of the original manuscript. Thus, cataloguing Arabic manuscript cannot be done in one time, it is a continual process which require information updating. The idea is to make a pre-cataloguing of a manuscript, then try to complete and improve it through a specific platform. Consequently, in the research work, the authors propose a new cataloguing model, which the authors call “Dynamic cataloguing”.

The success of the proposed model is confronted with the involvement of all actors of the model. It is based on the conviction and the motivation of actors of the collaborative platform.

The model can be used in several cataloguing fields, where the encoding model is based on XML. The model is innovative and implements a smart cataloguing model. The model is useful by using a web platform. It allows an automatic update of a catalogue.

The model prompts the user to participate and enrich the catalogue. The user could improve his social status from a passive to an active.

The dynamic cataloguing model is a new concept. It has never been proposed in the literature until now. The proposed cataloguing model is based on automatic extraction of metadata from user annotations/transcription. It is a smart system which automatically updates or fills the catalogue with the extracted metadata.

The Tacoma Public Library is developing a CD‐ROM Public Access Catalog that interfaces to another computer system which supports a circulation system. The concept of a CD‐PAC‐to‐circulation system linkage is simple: off‐load the searching to the PC to minimize the load on the circulation system, and limit the circulation system searching for status information on demand. Related searches should be extremely fast and efficient. Since the CD‐PAC is an intelligent device, it can act as a front‐end processor to the circulation system for database searching. The initial index search, record display, and retrieval are done on the PC, and add no load to the circulation system. Once a specific record has been selected, the CD‐PAC sends to the circulation system the minimal unique key that will facilitate the fastest retrieval of circulation data, or that demands the least system overhead. Sidebars discuss the stand‐alone CD‐ROM and the library marketplace, and future technologies.

A major advantage of storing accessible materials in a digital archive is that it facilitates large‐scale updates. Unfortunately, cataloguing these materials involves manual work and updates of the cataloguing records will not be made easily and quickly enough in the future. This paper aims to tackle these cataloguing problems and to inform about the latest developments and accomplishments in the field of accessible materials. The paper also stresses the importance of profiling cataloguing issues for libraries for the visually‐impaired within the cataloguing community.

The paper begins with an overview of the field of accessible materials and gives an account of certain cataloguing problems. Then follows a detailed description of these cataloguing issues before the paper concludes with a suggested method and a description of a practical workflow to counter the listed problems. The paper is, in a sense, a case study of a trend in the field of librarianship regarding technologies for the visually‐impaired.

The paper shows that a dynamic cataloguing solution is necessary to meet the growing number of dynamic digital materials for libraries that produce accessible materials.

Implementation of the suggested dynamic cataloguing solution results in less manual work while allowing large scale updates of a digital archive.

This paper provides some original perspectives on practical cataloguing challenges for libraries for the visually‐impaired.

The AIC Research Group at the University of Salford has been involved in a government‐funded project that has resulted in the development of an integrated multi‐user distributed construction project database through the implementation of next‐generation Internet technology together with Product Data Technology ‐ WISPER. The objective of the project was to develop a working system capable of demonstrating the future direction of information integration with the project partners' businesses. This paper presents the development of the specification application that aims to demonstrate the potential for such technologies to enhance the specification process, enabling design elements to be specified directly from a building product database Web site.

To explore the use of middleware to provide access to a virtual catalogue via Z39.50, allowing its integration with other services. To consider issues arising from the cross‐database search process and the problem of interoperability between systems.

Middleware was used to establish a Z39.50 server for an existing virtual union catalogue, InforM25. The Copac physical union catalogue was used to carry out cross‐database search tests, investigating the value of query transformation by the middleware and illustrating many of the issues associated with interoperability in cross‐database searching.

The test results demonstrate the viability and benefits of using middleware to allow the integration of virtual catalogues with other services. The results also illustrate the range of issues affecting the performance of the virtual catalogue, with supporting evidence from the use of the Copac physical union catalogue for cross‐database searching via Z39.50. In particular the discussion highlights the issue of semantic interoperability, as well as emphasising the value of centralised virtual catalogue support.

The research was limited to work on a specific virtual union catalogue, that is InforM25, but the results highlight issues with general relevance in the development of any virtual catalogue. The need for more work on response times in the virtual union catalogue is apparent, along with the related issue of result set post processing.

This paper provides a practical demonstration of the issues important to those involved in making their local catalogue accessible to services, and individuals, outside their own institution, as well as those working on virtual union catalogue development.

The purpose of this paper is to analyse the challenges faced by blind/vision-impaired users during the web access in the leading academic and special libraries of Delhi, India.

Survey methodology has been used as the basic research tool for data collection with the help of questionnaire. A total of 125 users surveyed in all the five libraries are selected randomly on the basis of willingness of the users to participate in the survey with the experience of working in digital environment. The survey results were tabulated and analysed with descriptive statistics methods using Excel software and “Stata version 11”.

There are various barriers faced by blind/vision-impaired users in the libraries of Delhi (India) during the “web access” with the help of assistive technologies as assistive technology like “Screen Readers” available today are “somewhat compatible” with the web. The facility of “web-based catalogue” is generally lacking in Delhi libraries.

The paper does not offer a comprehensive set of web accessibility issues, concentrating instead on the most common problems as epitome of this study.

The paper raises awareness of web accessibility issues in libraries of Delhi, India.

The paper highlights the web accessibility issues faced by blind/vision-impaired users of leading academic and special libraries of India including the users’ recommendations for the accessible web page/website design for the first time.

The purpose of this paper is to report on a study involving the specification (using Unified Modelling Language (UML) 2.0) of information requirements and implementation of the software components for generating catalogue cards. The implementation in a Java environment is developed using the FreeMarker software.

Object‐oriented methodology as well as CASE tools are used to design the software components. The system architecture makes the catalogue cards available from every segment of the library management system, and enables catalogue card updates without recompilation of the source code.

The outcome of the work is a software package, implemented in a Java environment, that generates and displays catalogue cards based on bibliographic records in the UNIMARC format, but it can be easily adapted for the other MARC formats.

The package is limited to generating only catalogue cards based on MARC formats. In order to avoid this limitation it is possible to define specific metadata for catalogue card generation. In such a case, the catalogue cards could be generated from the metadata regardless of the bibliographic record format.

The software package is integrated into the BISIS library management software system used by 36 libraries including public, city, faculty and special libraries in Serbia.

The architecture of the software component can be used in different implementations of library management systems. It is only necessary to represent the bibliographic record data using the internal data structure of the FreeMarker software package.

Cataloging has long been considered a fundamental component of special collections work. Beyond the ability to constantly adapt to new technologies and content standards, special collections catalogers also deal with special collections specific issues, from fragile or poorly preserved materials to the need to learn item-specific terminology, like binding descriptions, to larger security concerns. By existing within the two worlds of both special collections and technical services librarianship, there is not always a clear answer to where and whom a position should report. The institutional role and best reporting structure of the special collections cataloger has yet to be well-defined, categorized, or understood.

This chapter seeks to better understand and quantify some of the challenges current special collections catalogers face through conducting and analyzing the authors' recent survey of special collections catalogers primarily working in American cultural heritage institutions. While these findings are neither simple nor straightforward, it is possible to suggest some preliminary solutions. Overarching trends and challenges included communication between departments, security of valuable materials versus workspace locations, and priority setting.

With precursor software dating to 1972, multi‐LIS became the first commercially available, fully integrated library system in North America to run on the Unix operating system. In 1988, multiLIS developers, Sobeco Ernst & Young Inc. (SEY), ported multiLIS software to the MIPS Reduced Instruction Set Computer (RISC) processor, making it the First fully integrated software program to be available on a RISC platform. multiLIS fully supports both CAN/MARC and USMARC as well as the monographs specifications of UNIMARC. As the multiLIS software was developed in a resource‐sharing environment, consortiums are a natural market for the multiLIS product.

The purpose of this paper is to demonstrate new properties of continuous‐ and discrete‐time dynamical systems.

First, definitions of two types of spatial symmetry are introduced. These are used as definitions, which, along with existing knowledge show that it is possible to identify properties of dynamical systems that were previously unknown.

The main result of the paper is a new theorem regarding new properties of continuous‐ and discrete‐time dynamical systems.

The present study provides a starting point for further research on the differences between continuous‐ and discrete‐time dynamical systems. This work builds on the definition of spatial symmetry.

The theorem proved in this paper and the new properties of dynamical systems can be used to introduce new methods of approximating continuous‐time dynamical systems by discrete‐time dynamical systems and vice versa. Such approaches can also be helpful in constructing chaotic sources to model noise.

This paper offers contributions to the broader discussion of differences between continuous‐ and discrete‐time dynamical systems. In particular, the paper supports the statement that many discrete‐time processes cannot be embedded into continuous ones.