<p>Static optimization-based muscle forces for normal (0° incline) walking are represented by the shaded region (±1 SD). The dotted black lines represent the muscle forces for normal walking predicted by our model. Predictions of muscle forces during inclined walking are denoted by the solid black and gray lines. Red lines correspond to periods of muscle activation from EMG data of normal walking.</p
At every joint there is a redundant set of muscle activated during movement or loading of the system...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
<p>Static optimization-based muscle forces for normal (unloaded) walking are represented by the shad...
Predictive simulation is a powerful approach for analyzing human locomotion. Unlike techniques that ...
<p>The force vs. displacement relationship shows multiple regions of effective stiffnesses, defined ...
International audienceEvaluation of muscle forces is relevant to understand walking strategies of am...
In this paper, we present an under-actuated model of human walking, comprising only a soleus muscle ...
Principles of muscle coordination in gait have been based largely on analyses of body motion, ground...
© 2015 Gonzalez-Vargas, Sartori, Dosen, Torricelli, Pons and Farina. Humans can efficiently walk acr...
Humans can efficiently walk across a large variety of terrains and locomotion conditions with little...
Subject-specific musculoskeletal models and computational walking models in general have come a long...
The objective of the project is to create computer-based simulations of human locomotion driven by p...
,Muscles actuate walking-by providing vertical support and forward progression of the mass center. T...
Muscle forces can be selected from a space of muscle recruitment strategies that produce stable moti...
At every joint there is a redundant set of muscle activated during movement or loading of the system...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
<p>Static optimization-based muscle forces for normal (unloaded) walking are represented by the shad...
Predictive simulation is a powerful approach for analyzing human locomotion. Unlike techniques that ...
<p>The force vs. displacement relationship shows multiple regions of effective stiffnesses, defined ...
International audienceEvaluation of muscle forces is relevant to understand walking strategies of am...
In this paper, we present an under-actuated model of human walking, comprising only a soleus muscle ...
Principles of muscle coordination in gait have been based largely on analyses of body motion, ground...
© 2015 Gonzalez-Vargas, Sartori, Dosen, Torricelli, Pons and Farina. Humans can efficiently walk acr...
Humans can efficiently walk across a large variety of terrains and locomotion conditions with little...
Subject-specific musculoskeletal models and computational walking models in general have come a long...
The objective of the project is to create computer-based simulations of human locomotion driven by p...
,Muscles actuate walking-by providing vertical support and forward progression of the mass center. T...
Muscle forces can be selected from a space of muscle recruitment strategies that produce stable moti...
At every joint there is a redundant set of muscle activated during movement or loading of the system...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...