With the simulatornot assisted both groups decreased their step length and increased their cadence and CV of double support time, compared with walking overground.
Both sensitive species showed larger mean step length and maximal observed daily distance in the fragmented forest versus the unfragmented forest.
Handrail usage influenced the variability of step length and step width, but not of step time.
end{aligned} This yields (h_{1} = 1/(1+eta+eta^{2}+cdots+eta^{N})), which is the first step length, and the subsequent step lengths can be determined using (h_{k+1}=eta h_{k}) for (k=1(1)N).
The displacement is determined by estimated step length and user heading.
The significant interaction effects observed for step length and step length variability favouring SBC extends previous work providing evidence for an association between DTC of step length during fast walking and divided attention [ 60] into a causal relation.
For the straight task, mean cadence, mean step length and step length standard deviation (SD) were computed automatically by GAITRite software.
Cross loadings were found for step velocity, step length and percentage single support.
Improvement in gait speed is a result of increased stride length, step length, and cadence [ 53].
A random variable determines the step length and walk direction [ 63, 209 ].
