Ease of use and usefulness are believed to be fundamental in determining the acceptance and use of various, corporate ITs. These beliefs, however, may not explain the user’s behavior toward newly emerging ITs, such as the World-Wide-Web (WWW). In this study, we introduce playfulness as a new factor that reflects the user’s intrinsic belief in WWW acceptance. Using it as an intrinsic motivation factor, we extend and empirically validate the Technology Acceptance Model (TAM) for the WWW context. # 2001 Elsevier Science B.V. All rights reserved.

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Beyond the Usefulness and Ease of Use : Extending the TAM for a World - Wide - Web Context

Terminology and Lexicography Research and Practice aims to provide in-depth studies and background information pertaining to Lexicography and Terminology. General works include philosophical, historical, theoretical, computational and cognitive approaches. Other works focus on structures for purpose- and domain-specific compilation (LSP), dictionary design, and training. The series includes monographs, state-of-the-art volumes and course books in the English language. 

Terminology and Lexicography Research and Practice

The aim of this volume is to provide an overview of different theoretical perspectives on Terminology, from Wüster to other initiatives that have emerged since the beginning of the 1990s. The volume also covers important topics which have significantly influenced Terminology and its evolution. These include variation, multidimensionality, conceptual relations, and equivalence, among others. The twenty-two chapters of the volume, all written by acknowledged experts in the field, explore the questions that different approaches seek to answer. They also describe the theoretical and methodological principles that were devised over the years to characterize, analyze, and represent terminological data. The semi-chronological, semi-thematic organization of chapters not only provides readers with a clear vision of the evolution of ideas in Terminology, but also gives them an understanding as to why some of these ideas were initially challenged. In addition to being accessible to readers unfamiliar with the basic theoretical principles in the field, the chapters provide a showcase of current research in the field, the challenges looming on the horizon, and finally future directions in terminological research. By bringing together work that is often disseminated in different forums and written in different languages, this volume provides a unique opportunity to look at how different theoretical approaches to Terminology offer complementary perspectives on terms, concepts and specialized knowledge, and help to further a better understanding of the complex phenomena that terminologists must successfully deal with in their work. 

Theoretical Perspectives on Terminology

This chapter deals with Textual Terminology, an approach that emerged in the early 1990s along with other approaches presented in this book. One of its main characteristics is that it arose from an encounter between related disciplines that focused on the use of text mining (Natural Language Processing) and modeling tools (Knowledge Engineering and Artificial Intelligence). These disciplines have worked together to consider the new needs related to terminology, and their evolution. The tools developed and the diversification of needs have resulted in significant methodological developments in Textual Terminology. This chapter traces these developments and discusses the original bases, principles, challenges and perspectives that constitute Textual Terminology. 

https://archive-ouverte.unige.ch/unige:166853/ATTACHMENT01

Chapter 10. Textual Terminology

The aim of studying terminological variation is to understand the reasons for the existence of several denominations for the same concept in specialised texts. Based on Freixa (2006), this article resumes the study of the causes of terminological variation and updates the proposal with a literature review of the research on this topic in recent years. We first situate terminological variation as a natural and necessary feature of terminological units. We then give an overview of the advances in studying and representing variation and its causes. This leads to the main part of the article, which reviews the different causes of variation and provides new nuances and examples in light of the literature reviewed. 

Chapter 18. Causes of terminological variation

This paper proposes a new approach to trend detections for technical terms extracted from academic literature and also describes its application. Because the trends of technical terms can express the chages of particular subjects in a specific reserach field over time, it can be successfuly utilized for researchers to establish future research plan. The experiments shown in this paper is performed by exploiting the NDSL (National Discovery for Science Leaders) academic literature data maintained by KISTI. This paper also introduces how the proposed method can be applied to InSciTe, a service that supports technology opportunity discovery (TOD).

Application of Trend Detection of Technical Terms to Technology Opportunity Discovery

The present invention relates to an automatic completion type search system and method using the entity types of a DB and a storage medium in which a program source therefor is recorded. The system includes an entity search server for searching an entity DB for an entered query term and providing retrieved entities together with entity type information; the entity DB for providing the retrieved entity information at a request of the entity search server; and an automatic completion server for arranging the entities retrieved by the entity search server based on a selected type, attaching designated marks to the entities, providing selected entity type in¬ formation in an automatically completed list through a User Interface (UI), and providing in¬ formation of the selected entity in response to an event. Accordingly, entities retrieved using an entered query term are classified on a type basis and displayed in an automatically completed list.

System and method of automatic complete searching using entity type for database and storage media having program source thereof

Rule reasoner includes: a Rete network builder for receiving ontology, including ontology instance represented by triple and ontology schema defining classes and properties of the triple, and reasoning rule, building Rete network corresponding to the ontology and the reasoning rule, selecting clue pattern corresponding to wild pattern rule with reference to the ontology schema when reasoning rule having wild pattern is received, rewriting the wild pattern rule with reference to the clue pattern, and adding test node, alpha memory node, and wild rule node so that the rewritten wild pattern rule is incorporated; a Rete network implementer for generating reasoned triple by implementing the Rete network built by the Rete network builder or generating reasoning rule where the wild pattern rule is dynamically materialized; and a Rete network expander expanding the Rete network by inputting the new reasoning rule, generated by the Rete network implementer, to the Rete network builder.

Rule reasoner, and dynamic materialization method for wild pattern rules including the same

PURPOSE: A regulation inference engine and dynamic materializing method including a wild pattern regulation are provided to increase the deduction performance and effectiveness of a regulation by reducing a join computation and the number of join nodes. CONSTITUTION: A network constructing unit(110) refers to an ontology schema according to a wild pattern. A network execution unit(120) generates the inferred triple and dynamically generates new regulation by implementing ontoloty in a network. A network expansion unit(130) adds the new regulation in the network.

Rules reasoner, method for dynamically materializing wild pattern rules having the same

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