The main objective here is to research technologies that make it easier to develop computer systems that need to integrate into people´s environments on a large scale but in a non-intrusive way. These can be understood as an evolution of distributed systems where technology is invisible and provides integrated, proactive and context-aware services.
Within this framework, the GII has in recent years developed the concept of HI3 Technology (Humanised, Interactive, Intelligent and Integrated Technology):
Around this technological vision that is being addressed comprehensively, the GII has created HI3 Architecture, which provides conceptual software architecture and common middleware on which to develop HI3 solutions for specific environments based on constructing advanced collaborative semantic services. Key elements of this architecture are: the UniDA (Uniform Device Access) middleware, which provides a homogeneous model and a set of tools for accessing heterogeneous networks of devices; the Generic Interaction Protocol (GIP), a layer of abstraction between digital systems and distributed multimodal interaction devices; or the Dandelion system, a development framework that facilitates the design and implementation of physically distributed multimodal interfaces, which in turn adapt to devices and users dynamically and automatically.
Thanks to its experience in this area, the GII has carried out a range of projects in residential and industrial areas. They were able to validate some of the tools developed under the concept of HI3Technology. For instance, over recent years, the following solutions have been the focus of our attention: increasing the quality of life for dependents, making it easier for residents to adapt to the nursing home environment or improving safety in and facilitating the maintenance of large vessels.