Various principles of plot construction thus ground our ordinary memory practices: we assume, for example, that the remembered I has traced "a continuous spatio-temporal route through all the narratives of memory, a route continuous with the present and future location of the remembering subject" (Campbell 1997, p. 110).
Authors in [3] presented a Spatio-temporal correlation based route prediction technique.
Second, the temporal dynamics of the route prices appear to be correlated, but not automatically, as one observes many times when some routes surge and others are in the base price.
We use the daily operations of 3000 cabdrivers in over 48 million of trips and 240 million kilometers to uncover: (1) spatial selection behavior, (2) context-aware spatio-temporal operation behavior, (3) route choice behavior, and (4) operation tactics.
The temporal kinetics of both routes of administration were similar although a higher oral dose was required to achieve the same tissue concentration of PpIX.
Instead of passing along a "dorsal route" through occipital, temporal, and parietal regions in both hemispheres, reading starts to move along a faster and more efficient "ventral route," which is confined to the left hemisphere.
This study and the resulting mechanism we propose provide a potential route to achieving temporal control of functional fibers with future applications in biotechnology and nanoscale science and technology.
Briefly, the principles of the method were as follows: By CDS, the anatomical route of the temporal artery could be presented in longitudinal and transverse view.
Additionally, the effects of both drugs can be disparate, and even opposite, depending on contingent versus noncontingent administration, temporal pattern of administration, abstinence, route of administration and intake.
These pathways represent different functional streams that take either a ventral route through superior temporal regions to ventrolateral prefrontal cortex or a dorsal route through posterior parietal cortex and dorsolateral prefrontal cortex [ 6, 7].
► The preference for horizontal-first routes may reflect temporal effort discounting.
