Responsible: Jesús M. González Barahona Address: Office 101-Departmental III (Fuenlabrada Campus) Department: Signal Theory and Communications and Telematic Systems. |
Essays/Services offered
The main function of this unit will be to provide services related to extended reality (XR, including virtual reality, VR, and augmented reality, AR) for use primarily in research, although in some specific cases it could also be used for teaching.
The fundamental services it will provide will be:
- Infrastructure for XR based on "wearable" devices (HMD, glasses and similar), along with the infrastructure necessary for its operation (mainly, computers with high-end GPUs).
- Equipment and software for volumetric reconstruction, generation of 3D objects and scenes, including 3D synthetic video for XR, and synthetic 3D objects.
- Application development and scene generation services, as well as hardware and software integration to solve specific research problems, including demonstrators and support for conducting empirical experiments.
- Deployment and maintenance of XR applications, so that they can be used stably by research teams.
Our Team
Jesús M. González Barahona. Department of Signal Theory and Communications and Telematic Systems and Computing. University Professor ().
Immaculate Mora Jimenez. Department of Signal Theory and Communications and Telematic Systems and Computing. University Professor.
Gregorio Robles Martínez. Department of Signal Theory and Communications and Telematic Systems and Computing. University Professor.
José Centeno González. Department of Signal Theory and Communications and Telematic Systems and Computing. University Professor. University Professor.
Cristina Soguero Ruiz. Department of Signal Theory and Communications and Telematic Systems and Computing. University Professor.
Pedro de las Heras Quirós. Department of Signal Theory and Communications and Telematic Systems and Computing. University Professor.
Eva María Castro Barbero. Department of Signal Theory and Communications and Telematic Systems and Computing. Full Professor of Interim University.
Eduardo Arco Fernandez. Department of Signal Theory and Communications and Telematic Systems and Computing. Doctor Assistant.
David Moreno Lumbreras. Department of Signal Theory and Communications and Telematic Systems and Computing. Predoctoral Researcher.
Available equipment
- 15 units Meta Quest 3
- 4 Pico v4 units
- 2 Meta Pro units
- 2 support stations for high-performance XR scenes, composed of computers with NVidia RTX 3090 GPU. The equipment can also be used for volumetric reconstruction and for the generation of complex 3D scenes and objects.
Price Plans
Pending Approval
Infrastructure for XR based on "wearable" devices (HMD, glasses and similar), along with the infrastructure necessary for its operation (mainly, computers with high-end GPUs). Rate: for time of use, according to use (normally calculated to achieve adequate amortization of the equipment)
Equipment and software for volumetric reconstruction, generation of 3D objects and scenes, including 3D synthetic video for XR. Rate: for time of use, according to use (normally calculated to achieve adequate amortization of the equipment)
Application development and scene generation services, as well as hardware and software integration to solve specific research problems, including demonstrators and support for conducting empirical experiments. Rate: per development effort, according to use (normally calculated to at least cover the direct cost of the personnel involved)
Deployment and maintenance of applications, so that they can be used stably by research teams. Rate: according to deployment and maintenance effort, and according to necessary resources (normally calculated to at least cover the direct cost of the personnel involved, and achieve adequate amortization of the equipment)
Technology consulting, solution design, and training on XR applications. Rate: per effort made, according to use (normally calculated to at least cover the direct cost of the personnel involved)