The phrase "allocating proper" is not correct in standard written English.
It may be intended to refer to the act of distributing or assigning something appropriately, but it lacks a noun to complete the thought.
Example: "The team is focused on allocating proper resources to the project to ensure its success."
Alternatives: "allocating appropriate" or "distributing suitable".
Consequently, two Stackelberg games are proposed for allocating proper powers to central and cell-edge users.
The above results also indicate that the electrochemical performances of Li-rich layered oxides can be improved by allocating proper facets.
In a networked manufacturing supply chain, allocating proper production volumes to various manufacturing sites is a complex task as it may involve many quantitative and qualitative variables and constraints that span across different geographical boundaries.
Generic preference-based health-related quality of life (HRQOL) instruments, which generate health state values as a single numerical index, have been proposed for use in health-economic analyses for comparing HRQOL across different diseases and allocating proper healthcare resources [ 1, 2].
Availability allocation is required when the manufacturer is obliged to allocate proper availability to various components in order to design an end product to meet specified requirements.
Not only has it failed to allocate proper resources to monitoring the dictatorships that are rife throughout the region, but senior Human Rights Watch officials even recently went to Riyadh to raise funds from people associated with the Saudi regime, emphasizing the group's work demonizing Israel while doing so.
This proposed technique divides the network into two regions, and each of these regions is allocated its own cognitive radio base station, which allocates proper scheduling on each node under its control.
So allocate proper titles to remind them.
By intelligently allocating the proper types of VM instances, overall cloud reliability can be controlled with a fine degree of precision while efficiently using the available resource pool.
As data centers and applications grow more heterogeneous, allocating the proper resources to various applications increasingly depends on understanding the tradeoffs between different allocations, because mixed workloads may benefit from different resources e.g. GPU, Solid State Drives(as SSD).
In this section, a load-balancing technique for a slice parallelization is proposed by allocating the proper number of CTUs for each core after estimating the computational load for one slice.
