The American psychologist Abraham H. Maslow, considered one of the leading architects of humanistic psychology, proposed a hierarchy of needs or drives in order of decreasing priority or potency but increasing sophistication: physiological needs, safety, belongingness and love, esteem, and self-actualization.
This study also emphasized a particularly contentious aspect of lifetime QALY prioritarianism: monotonically decreasing priority at the very lower part of the QALE scale.
Our findings provided empirical support to lifetime QALY prioritarianism primarily in two ways: by favoring a principle sensitive to lifetime QALYs over pure QALY maximization and by favoring a monotonically decreasing priority pattern across initial lifetime QALYs over other patterns.
Some list the rules according to decreasing priority to avoid the explicit exceptions; here is an example:[ 4] Atoms in an element have oxidation state 0. The sum of the oxidation states for atoms in a compound is 0. Fluorine in compounds has the oxidation state −1.
Our inability to confirm this finding decreased the priority for subsequent studies.
While our data cannot exclude IKZF4 as a candidate gene, the lack of expression-genotype correlation decreased the priority for this gene in our subsequent studies.
If, the throughput requirement is satisfied, and the controller decreases the priority to release resource.
If the delay is below the tolerable range, the FQFC decreases the priority.
When the delay is below the tolerable range, the controller decreases the priority for releasing the resources.
This was designed to decrease the priority of GBR traffic that has already satisfied its target rate.
Besides, if the average throughput exceeds the upper bound, the controller decreases the priority to release the resource.
