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Keynote 1 |
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Partial Behaviour Modelling: Foundations for Incremental and Iterative Model-Based Software Engineering
Abstract:
Rigorous modelling of the intended behaviour of software intensive systems has been shown to be successfull in uncovering requirements and design flaws. However, the impact that behaviour modelling has had among practitioners is limited. The construction of behaviour models remains a difficult and laborious task that requires significant expertise. In addition, traditional approaches to behaviour models require complete descriptions of the system behaviour up to some level of abstraction. This completeness assumption is limiting in the context of software development process best practices which include iterative development, adoption of use-case and scenario-based techniques and viewpoint- or stakeholder-based analysis; practices which require modelling and analysis in the presence of partial information about system behaviour. Our aim is to support the iterative and incremental construction of behaviour models by means of construction, composition and analysis of partial, heterogeneous, yet formal, descriptions of behaviour. In this talk we discuss how modal transitions systems can provide the basis for such support and present some of the model synthesis and composition techniques we have developed.
Sebastian Uchitel
Short Bio: Sebastian Uchitel holds a Readership at Imperial College London and Profesorship at University of Buenos Aires. His research interests are in behavior modeling and analysis of requirements and design for complex software-intensive systems. His research focuses on partial behaviour modelling, including scenario-based specifications, behaviour model synthesis and modal transition systems. His research also includes goal-oriented requirements engineering, reliability, software architectures and service-oriented architectures. Dr. Uchitel is currently associate editor of IEEE Transactions on Software Engineering and the Requirements Engineering Journal, he was program co-chair of the 21st IEEE/ACM International Conference on Automated Software Engineering (ASE 2006) held in Tokyo and is the program co-chair of the 32nd IEEE/ACM International Conference on Software Engineering (ICSE 2010). Dr Uchitel has recently been distinguished with the Philip Leverhulme Prize.
Keynote2 |
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Changing the World with SOA
Abstract:
Presentará la visión de Microsoft en relación a este nuevo modelo de construcción y consumo de aplicaciones. Este nuevo paradigma estará basado en la síntesis del modelo de software consumido como tal. Presentarán las distintas herramientas, servicios y roadmap que habilitarán las infraestructuras de IT a evolucionar hacia este modelo.
Lalo Steinmann
Short Bio: Lalo Steinmann es arquitecto .NET, y actualmente se desempeña a cargo de estrategias para integración de aplicaciones en la oficina regional de Microsoft Latinoamérica. Posee una trayectoria de más de 15 años de desarrollador, habiendo trabajado tanto en J2EE como en .NET. Participa en seminarios y actividades relacionadas con la arquitectura de software. Participó de la renovación de sistemas de la Bolsa de Comercio de Buenos Aires. Antes de ingresar a Microsoft, trabajó en Caja de Valores y previo a este paso se desempeño como emprendedor en y consultor en el área de desarrollo de aplicaciones. Tiene una larga experiencia trabajando en la definición de arquitecturas e implementación de soluciones complejas, y también en la construcción de prototipos o pruebas de concepto. Debido a su trayectoria previa como arquitecto J2EE, trabaja asiduamente en proyectos de integración entre aplicaciones J2EE, VB 6 y .NET.
Keynote 3 |
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Transparency
Abstract:
Transparency has been, for long, a general requirement for democratic societies. The right to be informed and to have access to the information has been an important issue on modern societies.However, as software permeates several aspects of our society, at some point in the future, software engineers will need to deal with yet another demand:transparency.
In such foreseen environment, engineers will need to have methods, techniques and tools to help make transparent software. We will talk about the advances on Software Transparency and the challenges that lie ahead.
Julio Cesar Sampaio do Prado Leite
Short Bio:Ph.D, UC, Irvine 1988. Associate Professor at PUC-Rio. Member of the IFIP
2.9 Working Group on Software requirements Engineering. Visiting Positions
at University of São Paulo, University of Buenos Aires, Universiy of
Kaiserslautern and University of Toronto. General Chair of the
International Conference on Software Reuse. Member of the Editorial Board
of the Requirements Engineering Journal. Co-founder of the WER and FEES
series. Three times Cientista do Nosso Estado - Faperj.
Keynote 4 |
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Oscar Dieste
Short Bio: is a researcher with the UPM’s School of Computing. Previously, he was with the University of Colorado at Colorado Springs (as Fulbright scholar), Universidad Complutense de Madrid, and Universidad Alfonso X el Sabio. His research interests include empirical software engineering and requirements engineering. He received his BSc/MSc. in Computing from the University of La Coruña and his Ph.D. from the University of Castilla-La Mancha. He is member of IEEE and ACM.
2010 - XIII Congreso Iberoamericano en "Software Engineering" - Cuenca - Ecuador
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