Projects
 Search on projects
Any word existing in abstract
Robot for autonomous underground trenchless operations, mapping and...
Start year: 2017 - End year: 2019
Funder: European Union - HORIZON 2020
The HORIZON 2020 project BADGER (Robot for Autonomous underground trenchless operations, mapping and navigation) is one of the few funded projects in the last LEIT ICT 25 2016 Call (7,4% of success). The RoboticsLab of the University Carlos III of...
Rethinking Robotics for the Robot Companion of the Future
Start year: 2017 - End year: 2020
Funder: European Union
The RoboticsLab of the University Carlos III of Madrid participates in the RoboCom++ (Rethinking Robotics for the Robot Companion of the future) international research project under FLAG-ERA Second Joint Transnational Call.
INDIRES: Information Driven Incident Response
Start year: 2017 - End year: 2020
Funder: Comisión europea
 Information Driven Incident Response
Active rehabilitation of patients with upper limb spasticity using...
Start year: 2017 - End year: 2020
Funder: MINISTERIO DE ECONOMIA,...
Collaborative robotics, movement capture, rehabilitation, spasticity, upper limb modellingModelado, evaluación y rehabilitación de enfermos con espasticidad de extremidades superiores mediante robots colaborativos (ROBOESPAS)Referencia: DPI2017-87562-C2-...
WRG Robots and Technology Cathedra
Start year: 2016 - End year: 2018
Funder: WRG S.L.
The cathedra focuses on the study and integration of robotics and technologies in leisure activities, cultural and sporting offer healthy activities for young people. The main objective is to tudy and development of robotic prototypes and technologies...
Robotic inspection of the health personnel ́s protective suits for...
Start year: 2016 - End year: 2020
Funder: MINECO-Explora
The objective of the project is to develop robotic technologies to ensure the integrity of the protective clothing of health workers treating Ebola.
HumaSoft: Design and Control of Soft Links for Humanoid Robots
Start year: 2016 - End year: 2019
Funder: MINECO
The main objective of the HUMASoft project is the development of a new type of links to create softer humanoid robots that meet the characteristics of simplicity, accessibility and safety. These soft links may be used interchangeably in various limbs of...
Exoskeleton for Diagnosis and Assistance in Manipulation Tasks
Start year: 2016 - End year: 2019
Funder: MINECO
Exoskeleton for Diagnosis and Assistance in Manipulation Tasks. Development of the light-weight exoskeleton for manipulation tasks based on the SME technology.

Pages