The phrase "allocation not only" is correct and usable in written English.
It can be used when introducing a point that emphasizes multiple aspects or components of allocation, typically in a comparative or additive context.
Example: "The allocation not only addresses the immediate needs but also considers long-term sustainability."
Alternatives: "allocation not just" or "allocation not merely".
In this paper we study a fair task allocation problem in transportation where an optimal allocation not only has low cost but more importantly, it distributes tasks as even as possible among heterogeneous participants who have different capacities and costs to execute tasks.
The problem of unmanned aerial vehicle (UAV) task allocation not only has the intrinsic attribute of complexity, such as highly nonlinear, dynamic, highly adversarial and multi-modal, but also has a better practicability in various multi-agent systems, which makes it more and more attractive recently.
The demand selection rules for bandwidth allocation not only decreases the computation complexity and increases the search efficiency, but also takes the flow deadline into consideration.
The exploitation of both RB and power allocation not only maximize the energy efficiency but also maximize the throughput which is shown in the results.
The users' demand allocation not only must meet the link and local network constraints, respectively, in Equations 3 and 4, but ought to be supported by the backbone network as well as follows: Θ = Q I G W + ∑ j ∈ B C D Q j ≤ C w m n, (11).
Cleavage of sucrose, a major photoassimilate in plants, plays an important role in carbon allocation, not only by osmotically controlling the flux, but also by generating hexose-based signals to regulate genes involved in carbon metabolism in the sink organs (Herbers and Sonnewald 1998; Smeekens 2000; Koch 2004).
Many subjects prefer more equal allocations not only for insurance purposes but also due to impartial social preferences for equality.
Therefore it is important to construct orderings over all allocations, and not only to construct allocation rules".
The task-resource allocation method not only calculates the mission completion time, but also predicts the probability of mission success.
As a result, we are able to show that the Nash equilibrium (NE) of our formulated resource allocation game not only exists but also is unique.
From (17), it can be seen that the subcarrier allocation depends not only on the channel gains, but also on the number of bits allocated to each subcarrier.
