Listar por autor "Peula-Palacios, José Manuel"
Mostrando ítems 1-5 de 5
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A bottom-up robot architecture based on learnt behaviors driven design
Herrero-Reder, Ignacio
; Urdiales-García, Amalia Cristina; Peula-Palacios, José Manuel; Sandoval-Hernández, Francisco (2015-06-17)
In reactive layers of robotic architectures, behaviors should learn their operation from experience, following the trends of modern intelligence theories. A Case Based Reasoning (CBR) reactive layer could allow to achieve ... -
Automatic fall risk assessment for challenged users obtained from a rollator equipped with force sensors and a RGB-D camera
Ballesteros-Gómez, Joaquín; Urdiales-García, Amalia Cristina; Martínez, Antonio; Peula-Palacios, José Manuel (2018-10-04)
Fall risk assessments provide a useful tool to prevent morbidity and mortality provoked by falls. Nowadays, these assessments are usually performed manually by the medical staff. This approach has three main drawbacks: i) ... -
Learning-Based Adaptation for Personalized Mobility Assistance
Urdiales-García, Amalia Cristina; Peula-Palacios, José Manuel; Fernández-Carmona, Manuel; Sandoval-Hernández, Francisco (Springer-Verlag, 2013)
Mobility assistance is of key importance for people with disabilities to remain autonomous in their preferred environments. In severe cases, assistance can be provided by robotized wheelchairs that can perform complex ... -
Sistema de coordinación multiagente basado en comportamientos aprendidos
(Servicio de Publicaciones y Divulgación Científica, 2015)La robótica ha cambiado enormemente desde sus orígenes hasta la actualidad, pasando de simples autómatas que realizaban una simple tarea repetitiva de forma automática a robots autónomos con una gran versatilidad y capacidades ... -
Towards a Shared Control Navigation Function: Efficiency Based Command Modulation
Fernández-Carmona, Manuel; Peula-Palacios, José Manuel; Urdiales-García, Amalia Cristina; Sandoval-Hernández, Francisco (2015-07-07)
This paper presents a novel shared control algorithm for robotized wheelchairs. The proposed algorithm is a new method to extend autonomous navigation techniques into the shared control domain. It reactively combines ...