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Abstract

Several years ago a conceptual framework was proposed that was designed to capture a bibliographic item by means of a structured approach and to present it in a structured manner in a bibliographic record: the 3-layered approach. Recently IFLA published the report of a study entitled 'Functional requirements for bibliographic records: draft report for worldwide review' for the purpose of a thorough reexamination of the question based on an analysis of user needs. The IFLA report attempted to capture the bibliographic universe through E-R analysis and to define entities, attributes of entities and relationships between them, all of which constitute the bibliographic universe. Compares the 3-layered model and the IFLA model culminating in a reevaluation of the 3-layered model

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Abstract

Proposes an approach to the analysis of cataloguing rules seen as bibliographic description in terms of 'oriented-ness'. Assesses the validity and usefulness of the proposed approach and considers its problems and issues

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Abstract

Describes a conceptual framework, the 3-tiered model, proposed in 1990 the purpose of which was to capture a bibliographic item in a structured way thereby confronting some of the problems associated with descriptive cataloguing. Attempts to answer questions about and criticisms of the model, especially those of Yasuo Iwashita and Tsutomu Shihota. Provides arguments to show that the criticisms are not justified

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Abstract

The quality control of cataloging standards is as important as the quality control of bibliographic records. In order to aid the quality control of cataloging standards, a prototype system to analyze the ambiguity and complexity of cataloging rules was developed. Before developing the system, a standard rule unit was defined and a simple, function-like format was devised to indicate the syntactic structure of each unit rule. The AACR2 chapter 1 rules were then manually transformed into this function-like, unit role format. The systems reads the manually transformed unit rules and puts them into their basic forms based on their syntactic components. The system then applies rule-templates, which are skeletal schemata for specific types of cataloging rules, to the converted rules. As a result of this rule-template application, the internal structure of each unit rule is determined. The system is also used to explore inter-rule relationships. That is, the system determines whether two rules have an exclusive, parallel, complementary, or non-relationship. These relationships are based on the analysis of the structural parts described above in terms of the given rule-template. To assists in this process, the system applies external knowledge represented in the same fashion as the rule units themselves. Although the prototype system can handle only a restricted range of rules, the proposed approach is positively validated and shown to be useful. However, it is possibly impractical to build a complete rule-analyzing system of this type at this stage