Our purpose is precisely to present new goal oriented mesh adaptation strategies in the framework of finite-volume schemes and a discrete adjoint method.
To the contrary, if the effect of peers on children's identity becomes increasingly oriented towards adaptation, the motivation to exert effort can be weakened by parents' aversion to adjustment with β(D i < 0).
Hence, the so-called "goal oriented" mesh adaptation strategies have been introduced to get satisfactory values of functional outputs at an acceptable cost, using local node displacement and insertion of new points rather than mesh refinement guided by uniform accuracy.
As to parental acculturation orientations—I ki —it is important to specify that in a family where parents transmit values strongly oriented towards adaptation through education, their children derive greater utility from scholastic effort; thereby, they meet parental expectations for their behaviour in school.
This suggestion does not presuppose in any way that evolution through natural selection implies a directionality ensuring the production of certain species, nor that individual variation is oriented toward an adaptation gain for the species.
The paper presents a novel framework for actor-oriented adaptation research that is being conducted within the Nordic Centre of Excellence for Strategic Adaptation Research (NORD-STAR).
In order to improve the resource utilisation and reduce the power consumption, two new algorithms, namely Optimum Estimation Algorithm (OEA) and Power-Oriented Adaptation (POA) algorithm, are developed to optimize the proposed 2-level channel multiplexing scheme.
The most obvious is an outcome-oriented adaptation of clinical decisions following evaluation of adherence to and outcome of the previous decision.
Correlated with these respectively process and product oriented approaches to adaptive natural selection are divergent pictures of organisms themselves as developmental wholes or as "bundles" of adaptations.
