ESEC '91

Software configuration management: Past uses and future challenges.- Architectural design for user interfaces.- The Eureka Software Factory: Concepts and accomplishments.- Integrating structured and formal methods: A visual approach to VDM.- Rational design of distributed applications.- Test data selection from algebraic specifications: Application to an automatic subway module.- Specification in COLD-1 of a CAD package for drawing shadow masks.- ASTRAL: An assertion language for specifying realtime systems.- Execution environment for ELECTRE applications.- An engineering approach to hard real-time system design.- An application of artificial intelligence to prototyping process in performance design for real-time systems.- Dynamically Replaceable Software: A design method.- Software merge: Models and methods for combining changes to programs.- A theory for software design extraction.- SESADA: An environment supporting software specialization.- Metric-driven classification analysis.- A dynamic failure model for predicting the impact that a program location has on the program.- Relation between source code metrics and structure analysis metrics.- Algebraic validation of software metrics.- An algebraic view of inheritance and subtyping in object oriented programming.- Scaling up rule-based software development environments.- Inference-based support for programming in the large.- TICKLE: Object-oriented description and composition services for software engineering environments.- Integrated project support environments, text generation and technical writing.- The Arcs experience.- Panel presentation.- The production of software in the FINSIEL group.- The impact of software engineering researches on industrial practice - a personal view.- Impact of methods on productivity &quality.- Requirements engineering - Getting right from wrong.- A (neat) alphabet of requirements engineering issues.- The scruffy side of requirements engineering.- Expediency and appropriate technology: An agenda for requirements engineering research in the 1990s.- CASE support for the software process.- CASE support for the software process: A research viewpoint.- CASE support for large systems.- CASE seen from both sides of the fence.- CASE support for the software process: Advances and problems.