Simple complex systems Well behaved systems Reliable systems

Simple complex systems Well behaved systems Reliable systems Easy engineering Socially acceptable From user groups Autonomic systems • User in control User Interfaces • Dependability Open source software Community oriented services Automatic set-up Self-managed applications Multimodal interfaces Complexity is unavoidable Development support for Social andtotrust Services adapted • • Robustness Self-configuration Adaptable totailoring context Application Size issecurity complexity and embedded systems User privacy and security • Roles, • services Adaptability Self-management Semantic composition Usability testing Intelligence creates complexity • analysis, Survivability • Responsibilities • Contact: Context awareness Technical Reasoning on situations Striking the balance Complex issecurity not complicated • design, Prevent misuse • Horn Policies • Geir Autonomous behaviour Technical trust • implementation, Geir. Horn@simula. no • Workflows • Automatic service selection • test and validation, +47 93 05 93 35 • and Incremental composition • operation composition geirhorn • Skype: emergence • Desired Heterogeneity • Scalability • Reusability • Interoperability G. Horn: Themes for the future. . . (Position statement) • • 1 Themes for the future. . . Prediction is very difficult, especially about the future. 07. 12. 2005 Niels Bohr, Danish physicist (1885 - 1962)