In the case of happiness, it is plausible that even current measures provide information about how anxious, cheerful, satisfied, etc. people are, and thus tell us something about their happiness.
Measures are then normalized inside the objective function; i.e., the information is not weighted for its cardinality; however, link measures provide information on all the origin destination components, while path travel times only on one origin destination pair.
While these measures provide information on the deformation of elements and the displaced profiles at critical states, they are inadequate in themselves to provide an assessment of the state of damage or proximity to collapse.
In general, entropy measures provide information regarding the health, stability and adaptability of the postural system that is not captured when using more traditional analytical techniques.
Bias measures provide information on whether a manipulation may have altered a group's perceptual or response bias/strategy, as opposed to affecting attentional processes.
These measures provide information on several domains of HRQL.
Importantly, these measures provide information that is not currently available from routinely collected perinatal data [ 2].
These measures provide information on the competitive interaction between species in a mixed culture by comparison to growth in monoculture.
Outcome measures indicate the result of a process (i.e., whether changes are actually leading to improvement), while process measures provide information about what caused those results (163– 163).
It correlates with vision-specific quality of life measures, providing information on clinical meaningfulness, and with the structural integrity of the retina measured by optical coherence tomography (OCT).
