The phrase "allocation aims" is correct and usable in written English.
It can be used in contexts related to resource distribution or project management, where specific goals or objectives for allocation are being discussed.
Example: "The allocation aims of the project were clearly defined to ensure that resources were distributed effectively among all departments."
Alternatives: "distribution objectives" or "resource allocation goals".
Due to the limited available resource, RBs allocation aims to efficiently use the shared resource and allocate the resource in a fair manner.
Over all, asset allocation aims to maximize returns while minimizing risk.
Context-aware resource allocation aims to improve resource allocation by CI.
While more traditional resource allocation techniques pursue the optimization of the network's performance in terms of throughput, which usually comes at the expense of battery life, an energy-efficient resource allocation aims at the maximization of performance measures that take into account the trade-off between achieving a high throughput and saving as much battery power as possible.
Each allocation aims to reduce any imbalance in the stratifying variables – in this case, gender.
Power profiling tools based on fast and accurate workload analysis can be useful for job scheduling and resource allocation aiming to optimize the power consumption of large-scale, high-performance computer systems.
Next, we study and solve the problem of resource allocation aiming at maximizing the achievable sum-rate.
After PRB allocation for the RT traffic, the NRT traffic UEs, having BE characteristic, consume the remaining transmit power for PRB allocation, aiming at bit rate maximization [15].
In [28], the authors investigated distributed algorithms for joint admission control, rate, and power allocation aiming at maximizing the flow's throughput.
In Section 4, the content-oriented network slicing is formulated as an optimization problem for resource allocation aiming at minimizing the system cost for one content in the framework and solved by a heuristic algorithm called CCSOA.
A thorough understanding of these issues will be critical to inform resource allocation aimed at optimizing the impact of cART.
