DREAM supports research teams with their software development and experimentations in many fields: network, visualization, artificial intelligence, real time computing, robotic and automatic computing, numerical simulation, etc. Below is a list of chosen realizations.
To answer the problem of diverging developments, we propose a modular framework that has no prior knowledge of its functionalities and does nothing but the link between software components that would otherwise not be compatible.
The toolkit is currently developed within the ADT MedInria.
Find more information about the d-toolkit either on its home page or on its blog.
A new virtual reality facility is being built in the Sophia Antipolis research center. As a local representative of the D2T, DREAM is responsible for the immersive space conception, realization and animation.
The immersive space provides a powerful immersive setup to researchers involved in the VR field, an easy access to VR to researchers in related areas and a high quality show room to present the research center results.
It regroups two separate equipments, an image wall and a 4 sided immersive cube.
Both devices offer 6:1 sound restitution, Infitec stereo images and infrared tracking.
The Sophia Antipolis research unit has an experimental and evolutive computing platform.
This platform relies on a cluster approach: several generations of high performance servers are combined to provide heterogeneous parallel architecture. These computational nodes are arranged in sub-clusters, some of them are associated with a high performance network interconnect. 296 cores and 4 GPUs are currently available.