The phrase "allocation based on a" is correct and usable in written English.
It can be used when discussing the distribution or assignment of resources, responsibilities, or tasks according to a specific criterion or factor.
Example: "The allocation based on a needs assessment will ensure that resources are directed where they are most required."
Alternatives: "distribution according to a" or "assignment based on a".
With the use of adaptive treatment allocation based on a biased-coin minimization algorithm, patients were randomly assigned to one 45-mg subcutaneous dose of the IL-12/23 IL-12/23al antibody, one 90 monoclonal-weekly 45 mg doses, 4-weekly 90 mg doses, or plantibody
"Investors should have an allocation based on a longer-term view of the world rather than short-term price movements".
Let us be clear: We're not suggesting that a 70-20-10 breakdown of innovation investment is a magic formula for all companies; it's simply an average allocation based on a cross-industry and crossgeography analysis.
The main contributions of this work are: (i) a user-independent framework allowing to manage the intrinsic scheduling complexity, (ii) a strategy for resource planning allocation based on a multi-agent paradigm including a major complexity element: the real-time disturbances, (iii) the use of multi-agent architecture to support this strategy.
Sometimes, an allocation based on a clinical distribution model is allowed.
Reference [19] proposed a scheme for optimal energy efficiency compensation and power allocation based on a Stackelberg game theory.
Results from this early study may provide insight into whether a sponsor should accelerate or slow development and/or resource allocation based on an early look at the exposure response relationship.
The first involved changes in staff resources and room allocations based on a pre-implementation analysis of barriers, and was performed mainly during program installation.
The first paper titled "Optimal and fair resource allocation for multiuser wireless multimedia transmissions" by Z. Guan, D. Yuan, and H. Zhang proposes an optimal and fair strategy for multiuser multimedia radio resource allocation based on copetition, a mixture of cooperation and competition.
At an interim analysis point, the data are applied to determine the optimal allocation based on maximizing an objective efficiency function, which can be phase 3 study power or phase 3 study power weighted by indication size (e.g., more weight to the full population hypothesis, which has the potential to benefit more people).
One of its suggestions is to change from a quota allocation based on landings to a system based on catches.
