One Keynote papers.- 1 Towards the 21st Centurys software quality, state-of-the-art and international standard in JTC1/SC7.- 2 Software quality and productivity improvement.- Two Requirements, Design and Development Methodologies.- 3 Progress towards RACE: a soft-centred requirements definition method.- 4 MOOSE: A method designed for ease of maintenance.- 5 BPR for developing information systems a case study.- 6 Towards a methodology for 24 hour software production using globally separated development teams.- 7 MetaMet a soft systemic way toward the quality of information systems.- 8 Changing programming paradigm an empirical investigation.- 9 Application-oriented methods for systems development a review.- 10 A proposal for composing software design process.- 11 Team-based software development using an electronic meeting system: the quality pay-off.- 12 Designing with non-functional requirements.- 13 Modelling the requirements of process controlled systems.- 14 Compiling heterarchical programs by means of Petri nets.- Three Object Oriented Analysis, Design and Development.- 15 Type checking classes in Object-Z to promote quality of specifications.- 16 An axiom-based test case selection strategy for object-oriented programs.- 17 AMI: a case tool based on artificial intelligence techniques for an interactive modelling for analysis.- 18 Object-oriented framework for requirement specification.- 19 A structured object-oriented view on systems modeling.- 20 Construction of a WYSIWYG LaTeX typesetting system using object-oriented design.- 21 A re-engineering approach for object-oriented database design.- Four Software Process and Capability.- 22 Software process model specification.- 23 Soft systems methodology a process view.- 24 BOOTSTRAP improving the capability of software industry with database support.- Five Project Management.- 25 On the optimal timing of software development cycle.- 26 Information systems project managers critical success factors: in-house verses outsourced development.- 27 Measuring the value and performance of your IT department.- Six Quality, Reliability, Standards.- 28 ISO standards in software engineering.- 29 An investigation of desired quality attributes for different types of software.- 30 A unifying model for software quality engineering.- 31 Quality achievement: current practices and the way ahead.- 32 Software reliability models for practical applications.- 33 Assessing the quality of requirements engineering products.- 34 Re-certification of software reliability without re-testing.- 35 SAFE: a programming language for software quality.- 36 Impact of organisational maturity on software quality.- 37 Using strongest postconditions to improve software quality.- Seven Specifications, Metrics, Assessment.- 38 Experience in software inspection techniques.- 39 Measuring process improvement: integrating software process assessment with quality cost evaluation.- 40 Mutation versus all-uses: an empirical evaluation of cost, strength and effectiveness.- 41 Software quality: the users point of view.- 42 Complexity measures for system development models.- 43 Composite complexity measures (CCM).- 44 Automated testing tool for NATURAL.- 45 Analysis of data collected from software development case studies.- 46 A framework for software development technical reviews.- 47 A model-based approach for software test process improvement.- 48 Size estimation for C programs with different applications.- 49 Cyclomatic complexity as a measure of the structure of knowledge-based/expertsystems.- 50 S/C: a software size/complexity measure.- 51 A critical re-examination of cyclomatic complexity measures.- 52 Reliability through cooperative work in software testing.- Eight Reusability.- 53 Code reusability mechanisms.- 54 Rule-based reasoning approach for reusable design component retrieval.- 55 A multi-layer metrics combination model for reusable software components.- Nine Integrated Environments, Case Tools.- 56 Environment for three dimensional graphics user interface development.- 57 PEACE: process evolution and adaptation CASE environment its framework and requirements.- 58 Software development environments to support model consistency.- Ten Education and Training.- 59 Process oriented instruction for software engineers (POISE): perspectives and experiences.- 60 OO methods in teaching: current experience and future possibilities.- Index of contributors.- Keyword index.
