PUBLICACIÓN

Design and experimental evaluation of a low-cost robotic orthosis for gait assistance in subjects with spinal cord injury

ACCEDER A LA PUBLICACIÓN: Scopus

2017 Biosystems and Biorobotics

Artificial Intelligence (Q4), Biomedical Engineering (Q4), Mechanical Engineering (Q4)

SJR: 0.163

CITAS

6

DOI

10.1007/978-3-319-46532-6_46

EID

2-s2.0-85028474247

ISSN

2195-3562

EISSN

2195-3570

AUTORES DE LA UEX

Francisco Javier Alonso Sánchez

OTRAS PUBLICACIONES DE INTERÉS

Transmisiones Continuamente Variables Para Aerogeneradores
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Dynamic Optimization Of Anchor Points Positions In A Cable Driven Exosuit: A Computer Simulation Approach
Control De Un Exosuit De Asistencia A La Marcha Basado En Sinergias Cinemáticas Mediante Fis Ia
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Análisis Dinámico De Los Momentos Articulares En La Marcha Humana En Adultos Y Adultos Mayores Usando El Análisis De Componentes Principales (Pca)
Modelo Dinámico Inverso Para El Apoyo Al Diseño De Un Exoesqueleto Vestible De Asistencia A La Marcha
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Modelo Dinámico Inverso Para El Apoyo Al Diseño De Un Exoesqueleto Vestible De Asistencia A La Marcha
Ergonomic Assessment Of A New Hand Tool Design For Laparoscopic Surgery Based On Surgeons’ Muscular Activity
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Ergonomic Assessment Of A New Hand Tool Design For Laparoscopic Surgery Based On Surgeons’ Muscular Activity
Design Of The Cooperative Actuation In Hybrid Orthoses: A Theoretical Approach Based On Muscle Models
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Design Of The Cooperative Actuation In Hybrid Orthoses: A Theoretical Approach Based On Muscle Models
Calibration And Validation Of A Skeletal Multibody Model For Leg-Orthosis Contact Force Estimation
Design Of The Cooperative Actuation In Hybrid Orthoses: A Theoretical Approach Based On Muscle Models
Calibration And Validation Of A Skeletal Multibody Model For Leg-Orthosis Contact Force Estimation
An Approach For Surface Roughness Filtering As An Alternative To Iso Standard
Calibration And Validation Of A Skeletal Multibody Model For Leg-Orthosis Contact Force Estimation
An Approach For Surface Roughness Filtering As An Alternative To Iso Standard
Design Of Semirigid Wearable Devices Based On Skin Strain Analysis
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Effects Of Muscle Length And Physiological Cross Sectional Area On Muscle Force Production: A Comparative Study
Design Of Semirigid Wearable Devices Based On Skin Strain Analysis
Effects Of Muscle Length And Physiological Cross Sectional Area On Muscle Force Production: A Comparative Study
Design And Experimental Evaluation Of A Low-Cost Robotic Orthosis For Gait Assistance In Subjects With Spinal Cord Injury
Effects Of Muscle Length And Physiological Cross Sectional Area On Muscle Force Production: A Comparative Study
Design And Experimental Evaluation Of A Low-Cost Robotic Orthosis For Gait Assistance In Subjects With Spinal Cord Injury
Evaluation Of Motion/force Transmission Between Passive/active Orthosis And Subject Through Forward Dynamic Analysis
Design And Experimental Evaluation Of A Low-Cost Robotic Orthosis For Gait Assistance In Subjects With Spinal Cord Injury
Evaluation Of Motion/force Transmission Between Passive/active Orthosis And Subject Through Forward Dynamic Analysis
Aplicación De Tecnologías De Prototipado Rápido En La Fabricación De Dispositivos Ortoprotésicos
Evaluation Of Motion/force Transmission Between Passive/active Orthosis And Subject Through Forward Dynamic Analysis
Aplicación De Tecnologías De Prototipado Rápido En La Fabricación De Dispositivos Ortoprotésicos
Estimation Of Muscular Forces From Ssa Smoothed Semg Signals Calibrated By Inverse Dynamics-Based Physiological Static Optimization
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Estimation Of Muscular Forces From Ssa Smoothed Semg Signals Calibrated By Inverse Dynamics-Based Physiological Static Optimization
Application Of Rapid Prototyping Technologies To The Orthoprosthetic Device Manufacturing
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Application Of Rapid Prototyping Technologies To The Orthoprosthetic Device Manufacturing
A Simple Ssa-Based De-Noising Technique To Remove Ecg Interference In Emg Signals
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Mechanical Discrete Simulator Of The Electro-Mechanical Lift With N:1 Roping
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Mechanical Discrete Simulator Of The Electro-Mechanical Lift With N:1 Roping
A Comparison Among Different Hill-Type Contraction Dynamics Formulations For Muscle Force Estimation
Mechanical Discrete Simulator Of The Electro-Mechanical Lift With N:1 Roping
A Comparison Among Different Hill-Type Contraction Dynamics Formulations For Muscle Force Estimation
An Automatic Ssa-Based De-Noising And Smoothing Technique For Surface Electromyography Signals
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An Automatic Ssa-Based De-Noising And Smoothing Technique For Surface Electromyography Signals
Validation Of An Artificially Activated Mechanistic Muscle Model By Using Inverse Dynamics Analysis
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Development Of A Simultaneous Monitoring System For Tool Flank Wear And Surface Roughness In Dry Steel Turning
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Development Of A Simultaneous Monitoring System For Tool Flank Wear And Surface Roughness In Dry Steel Turning
Flank Wear And Surface Roughness Estimation In Steel Turning
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Flank Wear And Surface Roughness Estimation In Steel Turning
Effects Of Introducing Fractional Dynamics In Hill's Model For Muscle Contraction
Flank Wear And Surface Roughness Estimation In Steel Turning
Effects Of Introducing Fractional Dynamics In Hill's Model For Muscle Contraction
Analysis Of Different Uncertainties In The Inverse Dynamic Analysis Of Human Gait
Effects Of Introducing Fractional Dynamics In Hill's Model For Muscle Contraction
Analysis Of Different Uncertainties In The Inverse Dynamic Analysis Of Human Gait
Hybrid Modeling And Fractional Control Of A Sckafo Orthosis For Gait Assistance
Analysis Of Different Uncertainties In The Inverse Dynamic Analysis Of Human Gait
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A Force-Based Approach For Joint Efforts Estimation During The Double Support Phase Of Gait
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A Force-Based Approach For Joint Efforts Estimation During The Double Support Phase Of Gait
A Compact Smoothing-Differentiation And Projection Approach For The Kinematic Data Consistency Of Biomechanical Systems
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Optimal Machine Tool Spindle Drive Gearbox Design
An Integrated Differentiation-Projection Approach For The Kinematic Data Consistency Of Biomechanical Systems
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Analysis Of The Structure Of Vibration Signals For Tool Wear Detection
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Analysis Of The Structure Of Vibration Signals For Tool Wear Detection
La Génesis De Los Tme: Una Nueva Forma De Análisis
Analysis Of The Structure Of Vibration Signals For Tool Wear Detection
La Génesis De Los Tme: Una Nueva Forma De Análisis
An Approach Based On Current And Sound Signals For In-Process Tool Wear Monitoring
La Génesis De Los Tme: Una Nueva Forma De Análisis
An Approach Based On Current And Sound Signals For In-Process Tool Wear Monitoring
Motion Data Processing And Wobbling Mass Modelling In The Inverse Dynamics Of Skeletal Models
An Approach Based On Current And Sound Signals For In-Process Tool Wear Monitoring
Motion Data Processing And Wobbling Mass Modelling In The Inverse Dynamics Of Skeletal Models
Feature Selection For Tool Condition Monitoring In Turning Processes
Motion Data Processing And Wobbling Mass Modelling In The Inverse Dynamics Of Skeletal Models
Feature Selection For Tool Condition Monitoring In Turning Processes
Tool Wear Detection In Turning Operations Using Singular Spectrum Analysis
Feature Selection For Tool Condition Monitoring In Turning Processes
Tool Wear Detection In Turning Operations Using Singular Spectrum Analysis
Application Of Singular Spectrum Analysis To Tool Wear Detection Using Sound Signals
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Application Of Singular Spectrum Analysis To Tool Wear Detection Using Sound Signals
Application Of Singular Spectrum Analysis To The Smoothing Of Raw Kinematic Signals
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Application Of Singular Spectrum Analysis To The Smoothing Of Raw Kinematic Signals
Filtering Of Kinematic Signals Using The Hodrick-Prescott Filter
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Filtering Of Kinematic Signals Using The Hodrick-Prescott Filter
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Filtering Of Kinematic Signals Using The Hodrick-Prescott Filter
Los Errores Del Análisis Biomecánico En El Cálculo De Las Fuerzas De Reacción En Las Articulaciones
An Automatic Filtering Procedure For Processing Biomechanical Kinematic Signals
Los Errores Del Análisis Biomecánico En El Cálculo De Las Fuerzas De Reacción En Las Articulaciones
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Transmisiones Continuamente Variables Para Aerogeneradores
An Automatic Filtering Procedure For Processing Biomechanical Kinematic Signals
Transmisiones Continuamente Variables Para Aerogeneradores
Dynamic Optimization Of Anchor Points Positions In A Cable Driven Exosuit: A Computer Simulation Approach
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