We argue that having mobile RSs as superordinates for non-passengers' SSs wastes time and resources as the mobile superordinate may move away from its subordinate either during the management phase (i.e., network entry, path establishment, etc) or during the data transfer phase.
A superordinate topic for all remote/distributed execution techniques is security which is crucial for running real world applications in distributed environments, especially in the Cloud.
Connections across cases were noted to identify a set of superordinate themes for the group.
Responses were scored as correct if the response provided was the target or an item from a superordinate category (for instance, "insect" instead of grasshopper).
In order to avoid this confusion, we use the term "affect regulation" in the sense of a superordinate category for all valenced states.
Indeed, the same advantage for superordinate categories has been found for categorizations of scene contexts -manmade vs. natural- over categorization at the basic level: sea, mountains, indoor, outdoor [40], [41] and contextual categorization might rely on image simple statistics or relatively low resolution sketch [25], [42].
The visual system can quickly access a coarse/abstract visual representation that allows fast decision for superordinate categorization of objects but additional time-consuming visual analysis would be necessary for a decision at the basic level based on more detailed representations.
We also assume that a mobile RS (i.e., always found in trains and other transportation systems) can only be a superordinate access station for the passengers' SSs moving with the vehicle and that it can only have fixed RSs as superordinates.
Moreover in their 2007 study, Rogers and Patterson were testing both animals and vehicles when they showed an accuracy advantage for superordinate over basic levels when subjects had to perform fast responses.
The prolonged incubation at 37°C at the end of the simulated arousal did not yield in decreased, but rather in constant phospho-tau levels indicating superordinate regulatory mechanisms for the rapid dephosphorylation of tau during the arousal of animals.
