
Information modeling technology--the open representation of information for database and other computing applications--has grown significantly in recent years as the need for universal systems of information coding has steadily increased. EXPRESS is a particularly successful ISO International Standard language family for object-flavored information modeling. This cogent introduction to EXPRESS provides numerous, detailed examples of the language family's applicability to a diverse range of endeavors, including mechanical engineering, petroleum exploration, stock exchange asset management, and the human genome project. The book also examines the history, practicalities, and implications of information modeling in general, and considers the vagaries of normal language that necessitate precise communication methods. This first-ever guide to information modeling and EXPRESS offers invaluable advice based on years of practical experience. It will be the introduction that students as well as information and data modeling professionals have been waiting for.
This text investigates the utility and implementation of the EXPRESS language family as a standardized framework for object-oriented information modeling in complex computing environments. Authors Douglas A. Schenck and Peter R. Wilson leverage their extensive professional experience to provide a foundational guide for engineers and data architects. The book argues that standardized information coding is essential for interoperability across diverse industries, ranging from mechanical engineering to genomic research. By examining both the history and practical application of EXPRESS, the authors establish a methodology for creating precise, machine-readable data structures.
What You Will Find
Experts recognize this work as a foundational text for understanding the EXPRESS standard within the context of industrial data modeling. Readers frequently note the technical density of the prose, which serves as a comprehensive reference for professionals and students alike.
Page Count:
416
Publication Date:
1994-01-06
Publisher:
Oxford University Press
ISBN-10:
0195087143
ISBN-13:
9780195087147
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