Browsing by author "Álvarez Álvarez, Juan Carlos"

Accelerometry-based distance estimation for ambulatory human motion analysis

Álvarez Álvarez, Juan Carlos

; Álvarez Prieto, Diego

; López Rodríguez, Antonio Miguel

(2018)

Accounting for mobile robot dynamics in sensor-based motion planning

Álvarez Álvarez, Juan Carlos

; Shkel, A. M.; Lumelski Vladimir, J. (ACTA, 2001)

Advanced techniques for human activity classification

Ruiz González, Miriam (2012-07)

Ambulatory estimation of mean step length during unconstrained walking by means of COG accelerometry

González de los Reyes, Rafael Corsino

; Álvarez Prieto, Diego

; López, Antonio Mira Campos; Álvarez Álvarez, Juan Carlos

(2009)

Assessment of the mechanical support characteristics of a light and wearable robotic exoskeleton prototype applied to upper limb rehabilitation

Vélez Guerrero, M. A.; Callejas Cuervo, M.; Álvarez Álvarez, Juan Carlos

; Mazzoleni, S. (2022)

Automatización del proceso de montaje y test de una lámpara led para iluminación mediante robot industrial y visión artificial

Rico Rivero, Sara (2021-02)

Calibración y evaluación metrológica de unidades de medida inercial para la monitorización del movimiento humano

Castellanos Alonso, Alejandro (2023-07-25)

Captura del movimiento humano a través de sensores inerciales aplicados al tronco

Sánchez García, Alberto (2015-07-21)

Capture and analysis of biomechanical signals with inertial and magnetic sensors as support in physical rehabilitation processes

Callejas Cuervo, M.; Álvarez Álvarez, Juan Carlos

; Álvarez Prieto, Diego

(2016)

Control of BLDC motors for a terrestrial lunar rover prototype

Serrano Gónzalez, Cristina (2014)

Diseño y validación de un sistema para estimación del movimiento durante el entrenamiento de musculación mediante acelerómetros

Bourdelande González, Adrián (2016-02)

Diseño, implementación e integración de equipo para la medida, digitalización, almacenamiento y posterior volcado de señales de navegación interior para robots exploradores

Rivera Blázquez, Óscar (Oscar Rivera, 2013-07-29)

Electric vehicle Li-ion battery evaluation based on internal resistance analysis

Anseán González, David

; González Vega, Manuela

; Viera Pérez, Juan Carlos

; García Fernández, Víctor Manuel

; Álvarez Álvarez, Juan Carlos

; Blanco Viejo, Cecilio José

(2014)

An electronic instrumentation course as part of a multidisciplinary learning project

Campo Rodríguez, Juan Carlos

; Ferrero Martín, Francisco Javier

; Valledor Llopis, Marta

; Álvarez Álvarez, Juan Carlos

; Álvarez Antón, Juan Carlos

; Viera Pérez, Juan Carlos

(IEEE, 2008)

Estimation of ground contact time with inertial sensors from the upper arm and the upper back

González, Leticia; López Rodríguez, Antonio Miguel

; Álvarez Prieto, Diego

; Álvarez Álvarez, Juan Carlos

(2023)

Evaluation of filtering methods for the prediction of human position during walking by means of kinematical models

González, L.; López Rodríguez, Antonio Miguel

; Álvarez Prieto, Diego

; Álvarez Álvarez, Juan Carlos

(2021)

Evaluation of LiFePO4 batteries for Electric Vehicle applications

Anseán González, David

; González Vega, Manuela

; Viera Pérez, Juan Carlos

; Álvarez Álvarez, Juan Carlos

; Blanco Viejo, Cecilio José

; García, V. M. (2013)

Evaluation of optical motion capture system performance in humanrobot collaborative cells

Álvarez Álvarez, Juan Carlos

; Álvarez Álvarez, Juan Carlos

; López Rodríguez, Antonio Miguel

; Álvarez Prieto, Diego

(2020)

An investigation of the role of Pumped Hydro Energy Storage in changing electricity networks with a focus on systems in Asia, and a comparison with the situation in the EU

Díez Dago, Miriam

(Miriam Diez Dago, 2016-06-24)

Metrological evaluation of human–robot collaborative environments based on optical motion capture systems†

González, L.; Álvarez Álvarez, Juan Carlos

; López Rodríguez, Antonio Miguel

; Álvarez Prieto, Diego

(2021)

Browsing by author "Álvarez Álvarez, Juan Carlos"

Accelerometry-based distance estimation for ambulatory human motion analysis ﻿

Accounting for mobile robot dynamics in sensor-based motion planning ﻿

Advanced techniques for human activity classification ﻿

Ambulatory estimation of mean step length during unconstrained walking by means of COG accelerometry ﻿

Assessment of the mechanical support characteristics of a light and wearable robotic exoskeleton prototype applied to upper limb rehabilitation ﻿

Automatización del proceso de montaje y test de una lámpara led para iluminación mediante robot industrial y visión artificial ﻿

Calibración y evaluación metrológica de unidades de medida inercial para la monitorización del movimiento humano ﻿

Captura del movimiento humano a través de sensores inerciales aplicados al tronco ﻿

Capture and analysis of biomechanical signals with inertial and magnetic sensors as support in physical rehabilitation processes ﻿

Control of BLDC motors for a terrestrial lunar rover prototype ﻿

Diseño y validación de un sistema para estimación del movimiento durante el entrenamiento de musculación mediante acelerómetros ﻿

Diseño, implementación e integración de equipo para la medida, digitalización, almacenamiento y posterior volcado de señales de navegación interior para robots exploradores ﻿

Electric vehicle Li-ion battery evaluation based on internal resistance analysis ﻿

An electronic instrumentation course as part of a multidisciplinary learning project ﻿

Estimation of ground contact time with inertial sensors from the upper arm and the upper back ﻿

Evaluation of filtering methods for the prediction of human position during walking by means of kinematical models ﻿

Evaluation of LiFePO4 batteries for Electric Vehicle applications ﻿

Evaluation of optical motion capture system performance in humanrobot collaborative cells ﻿

An investigation of the role of Pumped Hydro Energy Storage in changing electricity networks with a focus on systems in Asia, and a comparison with the situation in the EU ﻿

Metrological evaluation of human–robot collaborative environments based on optical motion capture systems† ﻿

Accelerometry-based distance estimation for ambulatory human motion analysis

Accounting for mobile robot dynamics in sensor-based motion planning

Advanced techniques for human activity classification

Ambulatory estimation of mean step length during unconstrained walking by means of COG accelerometry

Assessment of the mechanical support characteristics of a light and wearable robotic exoskeleton prototype applied to upper limb rehabilitation

Automatización del proceso de montaje y test de una lámpara led para iluminación mediante robot industrial y visión artificial

Calibración y evaluación metrológica de unidades de medida inercial para la monitorización del movimiento humano

Captura del movimiento humano a través de sensores inerciales aplicados al tronco

Capture and analysis of biomechanical signals with inertial and magnetic sensors as support in physical rehabilitation processes

Control of BLDC motors for a terrestrial lunar rover prototype

Diseño y validación de un sistema para estimación del movimiento durante el entrenamiento de musculación mediante acelerómetros

Diseño, implementación e integración de equipo para la medida, digitalización, almacenamiento y posterior volcado de señales de navegación interior para robots exploradores

Electric vehicle Li-ion battery evaluation based on internal resistance analysis

An electronic instrumentation course as part of a multidisciplinary learning project

Estimation of ground contact time with inertial sensors from the upper arm and the upper back

Evaluation of filtering methods for the prediction of human position during walking by means of kinematical models

Evaluation of LiFePO4 batteries for Electric Vehicle applications

Evaluation of optical motion capture system performance in humanrobot collaborative cells

An investigation of the role of Pumped Hydro Energy Storage in changing electricity networks with a focus on systems in Asia, and a comparison with the situation in the EU

Metrological evaluation of human–robot collaborative environments based on optical motion capture systems†