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Information systems are essentially machines that help people communicate by offering them predefined patterns of words and phrases that can be efficiently entered, stored, processed, and read. Creating fixed language patterns, or 'freezing language', is both a necessity and a risk: natural language is by nature quite adaptive in the way it is used, and freezing language reduces that flexibility. This doctoral research concerns a theoretical account of the advantages and risks of freezing language. It also provides a practical analytical method for surveying, understanding and improving the…mehr

Produktbeschreibung
Information systems are essentially machines that help people communicate by offering them predefined patterns of words and phrases that can be efficiently entered, stored, processed, and read. Creating fixed language patterns, or 'freezing language', is both a necessity and a risk: natural language is by nature quite adaptive in the way it is used, and freezing language reduces that flexibility. This doctoral research concerns a theoretical account of the advantages and risks of freezing language. It also provides a practical analytical method for surveying, understanding and improving the terminologies that are built into your information systems, and how they are described and managed by many different stakeholders involved: conceptualisation processes across ICT-supported organisations.
Autorenporträt
Dr. Stijn Hoppenbrouwers is professor of Model-Based Information Systems at the Faculty of Engineering of HAN University of Applied Sciences, Arnhem, the Netherlands, and assistant professor at the Computing Science department of Radboud University, Nijmegen, the Netherlands.