Title : Modular robots that learn to walk

Presenter Berend Weel
Abstract In the SYMBRION project one of the main goals is to achieve the evolution of robot organisms. This goal has been instantiated by the project in a scenario where robot organisms are formed, walk around, procreate and die. This talk gives an overview of the efforts made by an international group of researchers aiming to realise this scenario first in simulation now and in real hardware later.

Title : Dual model approach for the modeling and communication of health data

Presenter Jose Alberto Maldonado
Abstract The faithful communication and multiple usability of Electronic Health Records (EHR) crucially depend on the standardization of its syntax, structure and semantics, i.e. on the standardization of the EHR architecture and vocabulary used to communicate data. The last generation of electronic health record architectures is based on a dual-model approach. The most remarkable feature of this approach is the complete separation of information models, such as software models or database schemas, from domain models such as blood pressure measurement, prescription or microbiology result. The information model is represented by a stable and small model that describes the generic and stable properties of health information. The possible numerous and volatile domain concepts, represented as archetypes, are modeled separately by domain specialists. In this talk we present an introduction to the dual model approach for the description of EHR. We also discuss the opportunities it provides, and the current challenges for bridging the different semantic and technological domains involved in the description of EHR. Finally, we will show briefly how this approach has been used for the standardization and communication of legacy health data.