The phrase "allocation principle and" is correct and usable in written English.
It can be used in contexts discussing economic theories, resource distribution, or decision-making frameworks.
Example: "The allocation principle and its implications for resource management are critical in understanding economic efficiency."
Alternatives: "resource allocation principle" or "principle of allocation".
The equal frequency allocation principle and switching principle for three outdoor-unit operation modes have been determined for the recombined system.
The allocation of limited available healthcare resources demands an agreed rational allocation principle and the consequent priority setting.
At other combinations of variance components and unit costs, in particular when between-subject variability was small compared to within-subject variability and subject recruitment costs at the same time were large compared to costs for setting up measurement occasions, non-linearities did, however, strongly affect both the optimal allocation principle and the eventual statistical performance.
We illustrate the usefulness of our framework by applying it to example allocation systems with different allocation principles and production rates.
The formulation accounts for the presence of static primary users, and provides a spectrum allocation principle that is applicable to all system topologies and channel availabilities.
To our knowledge, this is the first study that integrates the relevant elements for the Resource Allocation Principle (differential resource allocation to reproduction, growth and defense) and its consequences for herbivory, in a single system, in this case a group of long-lived, tropical sympatric species of the same genus.
The Resource Allocation Principle states that if resources are limited, two or more functions compete directly and an increase in resources allocated to one function will result in a decrease in resources allocated to the other(s) [1].
In [19], it was shown that FQ in combination with the DROBA adaptive bit allocation principle (FQ + DROBA) provides considerably good performances.
Furthermore, it is revealed that the optimum allocation principle of storage materials is to maintain the same discharging time for all the subsystems.
These schemes base upon either a fixed-bit allocation principle (assigning a fixed number of bits to each feature dimension) [4 7, 10, 13, 16, 20] or a dynamic-bit allocation principle (assigning a different number of bits to each feature dimension) [1, 3, 17 19, 21].
The results are further compared to the one-dimensional fixed quantization (1D FQ) [17] as well as the the FQ in combined with the DROBA bit allocation principle (FQ + DROBA).
