Model 2 (scaled ACT concepts with the space item on 'adequate space for resident care' removed from the organizational slack-space concept) and Model 3 (count-based concepts with the 4 electronic resource items removed from the structural and electronic resources concept) were used in this assessment.
As predicted, Model 2 for the scaled concepts (with the space item on 'adequate space for resident care' removed from the organizational slack-space concept) performed better than either Model 1 (all items) or Model 3 (count-based concepts with the 4 electronic resource items removed from the structural and electronic resources concept).
When actors adhere to their scale preferences and these do not match well with the bio-geomorphologically based concepts, this can lead to conflicts amongst actors, sub-optimal use of the concepts and sub-optimal knowledge development on the functioning of an innovative concept in interaction with its social, physical and institutional context.
However, when this faculty deals with specific, materially based concepts, Avicenna calls it qûwah mufakkirah, a thinking or "cogitative" faculty.
This emotionally based concept has engendered wide-spread support with most citizens of the heterogeneously constructed society in the United States.
Spectral schemes are developed based on this concept with the intention of eliminating or reducing the Gibbs oscillation.
The model used in this study was based on this concept, with the skin as the representative for all body sites that can be contacted by health care workers, and thus be a source for cross-transmission.
The proposed collective awareness model is based on the above mentioned concepts with the following descriptions: Entities and related aspects In the context of urban mobility, two types of entities are defined that are displays and persons.
Present studies are in agreement to the concept of polarity based extraction with the experiment run by [ 37] on Maytenus royleanus leaves and [ 38] evaluating Rumex hastatus roots.
In short, the proposed approach focuses on distributed approach based on a weighting concept with the prediction and correction phases for location tracking in decoupled coordinates.
This article proposes an efficient delay based scheduling algorithm with the concept of buffer-data-hops.
