The phrase "allocation at different" is not correct and seems incomplete in written English.
It could be used in a context discussing resource distribution or management, but it requires additional information to be clear.
Example: "The allocation at different levels of the organization needs to be reviewed for efficiency."
Alternatives: "distribution across various" or "allocation among different".
For clinical purposes, it is also possible to incorporate and analyze SMAF data and Iso-SMAF profiles on a regular basis, thereby rendering them accessible for decision-making in day-to-day operations (define eligibility criteria, support planning and evaluation processes, organize resource allocations) at different clinical and administrative levels.
This results in allocation conflicts at different management levels that prevent a future solution.
The discordance of turkey physical map with the turkey genetic linkage and the chicken physical map in the allocation of marker at different chromosomes could possibly be explained by the occurrence of assembly errors in the turkey genome sequence.
Each component protocol is activated to address priority-based allocation, resource-aware allocation, and task re-allocation at a different task administration context, ranging from task initialization, task allocation, to task monitoring, respectively.
The program is developed to predict cation site-allocations at the different structural positions, including the T, Z, Y, and X sites, as well as to estimate the OH1−, F1−, Cl1−, and O2− contents.
It is developed to predict cation site-allocations at the different structural positions, as well as to estimate mole percent of the end-members of the calcic-, andali-, and X-site vacant group tourmalines.
It is designed to calculate entered tourmaline analyses into cation and molecular percentages, to share cation site-allocations at the different structural positions and to give mole percent of the end-members of alkali-, candic-, and X-site vacant-group tourmalines.
Here we present a GIS-based framework that can help decision-makers to prioritize the spatial allocation of policy interventions at different spatial scales or administrative levels.
When comparing the power of test statistics in the same randomization method but at different allocation targets, the powers of log-likelihood-ratio, log-relative-risk, log-odds-ratio, Wald-type Z, and chi-square test statistics are maximized at their corresponding optimal allocation ratios for power.
