Projects

The PaaSage project aims at delivering an open and integrated platform to support model based lifecycle management of Cloud applications. The platform and the accompanying methodology allow model-based development, configuration, optimisation, and deployment of existing and new applications independently of the existing Cloud infrastructures.

DAPCARE is aimed at developing the Patient Dosimetry eBook, a standardised solution for archiving and sharing dosimetric data for patients receiving medical ionising radiation delivered in various departments of health care institutions.

QualIHM will provide a toolkit integrating modules to conceive HCIs as dynamic and evolutive prototypes, in order to collect, discuss and validate user requirements while complying with essential consistency, ergonomics, usability and accessibility criteria.

The BonFIRE-ExSec experiment aims to study the impact of scalability and heterogeneity on performance of security solutions. The bottom line of this investigation is to develop an empirical way of quantifying impact on security under various operating conditions and parameters of Cloud deployments.

The principles and tool developed by PIPAS for piloting hospital processes and clinical pathways will typically be reusable by hospitals managing their own IT infrastructure as well as medical software editors and workflow management system editors.

SPES aims at transferring the approach and results achieved in the implementation of OLDES project to support patients from four European locations through e-service solutions, especially tailored to manage respiratory problems, dementia, handicapped people and social exclusion.

The LOCOTRAC project aims at developing reduced cost technologies allowing the deployment of state of the art safety mechanism such as Automated Train Protection (ATP) on regional and local lines. The project will incorporate these technologies into new products (ground, board and telecom) fitted for such lines.

ComodIT project aims to simplify and secure Cloud computing technologies by developing a new approach to automate provisioning and management of complete and integrated IT and mobile infrastructures during their entire lifecycle.

MidFlex aims to elaborate a middleware to facilitate the design and deployment of IPv6-based sensor network applications.

This project aims to provide a methodology allowing SME to adapt their software, designed to run on monocore processor, to allow them to run on multicore processors, on GPU or on FPGA based accelerator platforms in order to benefit easily and quickly of the computing power of these architectures.