Measurement of gait kinematic variability provides relevant clinical information in certain
conditions affecting the neuromotor control of movement. In this article, we present a …

Background In the process of 3D-gait analysis interpretation, gait deviations in children with
cerebral palsy are identified through comparison with reference data of typically developing …

The process of learning to walk is ongoing throughout childhood. The Gait Variability Index
(GVI; A. Gouelle et al., 2013) has been proposed to quantify the variability of spatiotemporal …

Introduction Gait speed is one of the most commonly and frequently used parameters to
evaluate gait development. It is characterized by high variability when comparing different …

Temporal and distance parameters of 33 normal children were obtained from instrumented
gait analysis prospectively over five consecutive years. The parameters were normalised to …

Independent walking is an important milestone in a child's development. The maturation of
central nervous system, changes in body proportions, spatiotemporal parameters of gait and …

This article introduces a new index, the GDI-Kinetic; a direct analog of the GDI based on joint
kinetics rather than kinematics. The method consists of:(1) identifying “features” of the raw …

Many measures of gait variability have been reported, but the degree to which such
measures are associated and thus represent a common construct is inconclusive. The …

In very young children, immature control of posture and gait results in unsteady locomotion.
In children of∼ 3 yr of age, gait appears relatively mature; however, it is unknown whether …

IntroductionGait analysis is routinely utilized to study pathologic gait. Results from gait
analyses are typically presented as deviations from normal. with some description of the …