A novel method was proposed to visualize and quantify the abnormality of the inter-joint coordination.
While the first publications [5 7] concentrated on characterizing and quantifying the problem, more recent studies have typically focused on methods for interference coordination and mitigation utilizing different approaches to tackle the problem.
Their work qualifies and quantifies the smell of material samples.
To quantify the anterior/posterior coordination in double Ca2+ transients, we determined the delay between consecutive anterior and posterior Ca2+ transient peaks that occurred during a single locomotor body bend.
Measuring the individual frequency of each single activating event over the time it took for the combined changes to appear helps quantify the degree of coordination.
However, ostensibly the lack of well-defined connectivity measures precludes the weighing and quantifying of the result of any coordination effort, and thus makes it difficult for the decision makers to draw any firm conclusion.
These local compositions result from the contacts between particles of different minerals and can thus be quantified by the coordination number of the particles.
Finally, we have evaluated the performance of the strategies relative to each other in order to quantify the advantages and disadvantages of the degrees of coordination (i.e. uncoordinated for underlay vs. message-learning phase and cooperative communication for overlay).
To visualize and quantify impairments in whole-body coordination, we compared vertical (z) trajectories for each body part, normalized to 100% of the stride cycle.
To generate p-values that quantify the depression-related shift in gene coordination, we used the percentile bootstrap method.
