New Trends in Software Methodologies, Tools and Techniques: Proceedings of Lyee-w02

by Hamido Fujita, Paul Johannesson

Overview

Lyee is a new Japanese software methodology that has been patented in many countries in Europe, Asia, and North America. Papers from an October 2002 workshop capture the essence of the state of the art in software engineering and its supporting technology, focusing on software methodologies related to Lyee as well as non-Lyee approaches. Areas covered include intention and hypothetical oriented software, software architecture and software intentional models, Lyee-oriented software engineering and applications, requirement engineering and meta models, human factor and user intention capturing in software, enterprise software models and software engineering, software process models and configuration management, and automatic software generation and requirement verification. There is no subject index. Annotation © 2004 Book News, Inc., Portland, OR

Product Details

ISBN-13:	9781586032883
Publisher:	IOS Press, Incorporated
Publication date:	09/01/2002
Series:	Frontiers in Artificial Intelligence and Applications Series
Pages:	414
Product dimensions:	6.50(w) x 9.70(h) x 1.10(d)

Table of Contents

	Preface	v
	Conference Organisation	vii
Invited presentation (1)	Lyee's Hypothetical World	3
Chapter 1.	Intention and Hypothetical Oriented Software
	Intention as Architecture of Spaces	25
	Requirement Shifters	35
	On the Philosophical Foundation of Lyee: Interaction Theories and Lyee	45
Chapter 2.	Software Architecture and Software Intentional Models
	Architecture Underlying the Lyee Method: Analysis and Evaluation	55
	A Word-unit-based Program: Its Mathematical Structure Model and Actual Application	63
	A Top-Down Approach to Identifying and Defining Words for Lyee Using Condition Data Flow Diagrams	75
	A Linguistic Method Relevant for Lyee	88
	Using Natural Language Asymmetries in Information Processing	96
Chapter 3.	Lyee-Oriented Software Engineering and Applications
	Engineering Characteristics of Lyee Program	109
	Ontologies and Information Systems: the Marriage of the Century?	125
	The Key Features of the LyeeAll Technology for Programming Business-like Applications	134
	Software Process of the Insurance Application System by Using Lyee Methodology	141
Invited Presentation (2)	A User Centric View of Lyee Requirements	155
Chapter 4.	Requirement Engineering and Meta Models
	VOLYNE: Viewpoint Oriented Engineering of the Requirement Elicitation Process for Lyee Methodology	173
	Towards an Understanding of Requirements for Interactive Creative Systems	187
	Generating Lyee Programs from User Requirements with a Meta-model Based Methodology	196
	Lyee Program Execution Patterns	212
Invited Presentation (3)	Bringing HCI Research to Bear Upon End-User Requirement Specification	227
Chapter 5.	Human Factor and User Intention Capturing in Software
	End-User Testing of Lyee Programs: A Preliminary Report	239
	Developing Multimedia Systems: the Understanding of Intention	254
	Capturing Collective Intentionality in Software Development	262
Chapter 6.	Enterprise Software Models and Software Engineering
	Extending Lyee Methodology using the Enterprise Modelling Approach	273
	Extending Process Route Diagrams for Use with Software Components	289
Chapter 7.	Software Process Model and Configuration Management
	The Lyee Base Process in Framework	303
	Configuration Management Concept for Lyee Software	317
	An Experiment on Software Development of Hospital Information System	328
Chapter 8.	Automatic Software Generation and Requirement Verification
	Describing Requirements in Lyee and in Conventional Methods: Towards a Comparison	343
	Automated Word Generation for the Lyee Methodology	357
	Static Analysis on Lyee Oriented Software	375
	EFLE: An Environment for Generating Lingware Systems Code from Formal Requirements Specification	395
	Author Index	405