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SRA Archives
Vicon 3d human motion analysis system
System for calculating body movements (speed and acceleration of segments and joint angles) and the centre of mass in 3D.
Dynamometric platforms
Bilateral reaction force and standing balance measurement system for measuring reaction forces on the support and the point of load application.
Surface electromyography system
System for measuring muscle activation by means of surface sensors.
Movement rehabilitation platform
Motor rehabilitation platform for patients at home, consisting of virtual environments that reproduce controlled activities of daily living (ADL).
Computation and visualizacion platform for research and modelling in transport and land use
The platform has a calculation module and a display module. The platform has twin high-performance servers, a databank, a switch with fibre connectors, an uninterruptible power supply system and a rack cabinet to store the equipment in an orderly fashion. Characteristics: 96 Cores (4 Intel Xeon Gold 6248R). Storage: 40 TB. Combined RAM: 256 GB.
Exercise physiology Lab (LFE)
Teaching and research laboratory in the field of exercise physiology, with different pieces of equipment for measuring and assessing physical fitness, such as a cycloergometer, for treadmill stress tests, a lactate measuring device and a portable gas analyser.
Antenna Testing and Homologation Laboratory (LEHA)
The Antenna Testing and Approval Laboratory (Laboratorio de Ensayos y Homologación de Antenas: LEHA) has been working in antenna measurement since 1980, for industrial activities, research and educational purposes, and it is part of the radiation group of the UPM¿s Signals, Systems and Radiocommunications (SSR) Department. LEHA¿s quality director is Prof. Manuel Sierra Castañer and
Platform for monitoring and stimulation of functional activity
The platform has functional activity monitoring kits with different sensors and wearables, some of them manufactured in-house, such as a functional loss simulator and sensors for standing up, walking speed and lower extremity power. The infrastructure also has a 3D printer, with which the sensors can be manufactured.