Add to ORKGStudies evaluating variability of force as a function of absolute force generated are synthesized. Inconsistencies in reported estimates of this relationship are viewed as a function of experimental constraints imposed. Typically, within-subject force variability increases at a negative accelerating rate with equal increments in force produced. Current pulse-step and impulse variability models are unable to accommodate this description, although the notion of efficiency is suggested as a useful construct to explain the description outlined
his article presents the results of a human subject experiment aimed at answering the question, “can...
The aim of this paper is to present a brief review of the role that movement variability plays in th...
Fields studying movement generation, including robotics, psychology, cognitive science, and neurosci...
One of the principle limitations of the human motor system is the ability to produce consistent moto...
Typescript (photocopy).The purposes of this investigation were to determine the: (1) effect of exten...
Movement variability is defined as the normal variations that occur in motor performance across mult...
This study examined how speed was related to movement accuracy in terms of impulse variability. Impu...
In recent years, several works have explored variability using different approaches, trying to descr...
Variability in muscle force is a hallmark of healthy and pathological human behavior. Predominant th...
SummaryMovements are universally, sometimes frustratingly, variable. When such variability causes er...
The aim of this experiment was to assess if the previously supported relationship between the struct...
Traditionally in sport and exercise biomechanics, variability in movement has been regarded as syste...
The complexity of human movement arises from the management of redundant (bio)mechanical degrees of ...
Movement variability is considered essential to typical motor development. However, multiple theoret...
In a multifinger cyclic force production task, the finger force variance measured across trials can ...
his article presents the results of a human subject experiment aimed at answering the question, “can...
The aim of this paper is to present a brief review of the role that movement variability plays in th...
Fields studying movement generation, including robotics, psychology, cognitive science, and neurosci...
One of the principle limitations of the human motor system is the ability to produce consistent moto...
Typescript (photocopy).The purposes of this investigation were to determine the: (1) effect of exten...
Movement variability is defined as the normal variations that occur in motor performance across mult...
This study examined how speed was related to movement accuracy in terms of impulse variability. Impu...
In recent years, several works have explored variability using different approaches, trying to descr...
Variability in muscle force is a hallmark of healthy and pathological human behavior. Predominant th...
SummaryMovements are universally, sometimes frustratingly, variable. When such variability causes er...
The aim of this experiment was to assess if the previously supported relationship between the struct...
Traditionally in sport and exercise biomechanics, variability in movement has been regarded as syste...
The complexity of human movement arises from the management of redundant (bio)mechanical degrees of ...
Movement variability is considered essential to typical motor development. However, multiple theoret...
In a multifinger cyclic force production task, the finger force variance measured across trials can ...
his article presents the results of a human subject experiment aimed at answering the question, “can...
The aim of this paper is to present a brief review of the role that movement variability plays in th...
Fields studying movement generation, including robotics, psychology, cognitive science, and neurosci...