E2REBOT is based on the integrated application of a wide spectrum of technologies for movement control and force interaction: mechatronics, virtual reality, haptic control, interfaces and bio-feedback. This project seeks to strengthen the autonomy of people with some type of neuro-motor disability, in the upper limbs.
This project monitors and integrates the physiological signals of the patient in the control loop of the neuro-rehabilitation robot. The physiotherapist could adjust the difficulty of the rehabilitation therapies that the patient should perform based on their experience, and the data “collected and analyzed” by the application that controls the neuro-rehabilitation robot.
- Development of a new control system for robotic devices.
- Biocooperative control (“biofeedback”).
- Development of information management systems for physical and physiological variables.
- Development, construction and implementation of a prototype robotic device for rehabilitation of upper limbs.
- Borja F. Villar et al., “Influence on the user´s emotional state of the graphic complexity level in virtual therapies based on a robot-assisted neuro-rehabilitation platform”, Computer Methods and Programs in Biomedicine, Vol. 190, July 2020,
- A new robot for rehabilitation of upper limb.
- New control system that integrates haptic technology and bio-feedback.
- New metrics for the follow-up of patients by physiotherapists.
IDET is an innovative project aimet at creating a set of technologies that backbone an integrated development environment that facilitates the creation of rehabilitation therapies for robotic systems.
At AIROSO Project, progress will be made in integrating robotics into society, progressing in two directions: the coexistence of social robots with older people and human-robot interaction using robotic heads.
The objective of the CytoPrep project is the design and development of an integral solution consisting of new reagents, devices and equipment. Which are part of a new methodolody for the preparation of samples for analysisi by flow cytometry (CMF).
The main objective of SHAREM is to design, develop and validate a modular and configurable robotic system, for the realization of rehabilitation, habilitation or stimulation therapies of the upper limbs.
Social&Smart-SANDS it´s about creating a protocol by which household appliances can exchange information on use and results and learn from it to achieve more efficient operations.
The SOLUCII project generate a technical advance that allows the development of an innovative support system for the comprehensive analysis of patients in intensive care units with support for medical decisions based on ICTs.