Proper completion of the skills which targeted the trailing arm was associated with lower average resultant moments and rates of rise of resultant moments at the trailing shoulder and/or elbow.
The average resultant accelerations of measured and simulated showed a good alignment in changing trends.
Lower average resultant shoulder force and higher maximum rate of rise of resultant shoulder moment on the leading (left) side were associated with a "yes" score on item 1 (Table 5).
The average resultant stress over the surface of the cell was relatively invariant with respect to the exact shape of the cell.
Subjects with lower maximum internal rotation shoulder moments on the leading (left) side had an increased likelihood of a "yes" score for item 2. Lower average resultant shoulder moment on the trailing (right) side and lower maximum rate of rise of resultant shoulder moment on the leading (left) side corresponded with a "yes" score on item 6.
In the limit as the number of exponential discounters (having uniformly distributed discounting factors <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0007362.e172.PNG" class= inline-graphic"/> ) approaches infinity, the average resultant discounting approaches hyperbolic.
Positioning the wheelchair within 3 inches of the target surface, as measured by item 1, was associated with a reduction in the average resultant shoulder force (B = −2.45, P =.06) and an increased rate of rise of shoulder resultant moment (B = 1.32, P =.07) (Table 5) on the leading (left) side.
In reality, finding the sparse representation of a disparity map is computationally expensive, and therefore, a better choice would be to find the sparse representation of disparity patches of small size individually and average the resultant sparse patches at the end in order to get complete sparse representation of disparity map.
After submission, the resultant image illustrates the maximal expression level of the gene or genes of interest on a small representative graph of the distribution of average expression levels for each of ∼22814 genes in the given data set.
Our results showed that the average maximal resultant forces acting on the knee could reach 24% of BW (the range of 23.5%BW~19.6%% BW).
