The phrase "allocation function to" is correct and usable in written English.
It can be used in contexts related to programming, mathematics, or resource management where you are referring to a function that allocates resources or values.
Example: "The allocation function to distribute memory among different processes is crucial for system performance."
Alternatives: "resource allocation function" or "function for allocation".
If we find This the total power excomplexityimposed total poweresidesecrement the values by half the value of ; otherwine, we incrementhet by half of the same value.
By working in the dual domain we reduce the problem of determining the infinite dimensional optimal power allocation function to the determination of the one dimensional optimal Lagrange multiplier λ∗.
This central node receives the information about all the other nodes, uses a channel allocation function to obtain the minimum possible interference, and finally sends the determined channel assignment to all the other nodes.
In particular, we focus on the role of the extracted-resource allocation function to quantity versus quality in both constant and switching modes in stabilizing consumer-resource interactions.
Unlike traditional systems that allocate functions to either the human or the machine, adaptive automation varies the allocation of functions during system operation.
Also, we present the subchannel allocation function (CAF) designed to find the subchannel allocation aout = {ac,kout|c ∈ C, k ∈ K} for a given power allocation pin = {pc,kin|c ∈ C, k ∈ K}.
That is, we introduce power allocation function (PAF) designed to find the power allocation pout = {pc,kout|c ∈ C, k ∈ K} that maximizes the total service quality for a given subchannel allocation ain = {ac,kin|c ∈ C, k ∈ K}.
It first proposes a theory called "Function Allocation Theory" to allocate a function to an appropriate subsystem or component during the systems decomposition phase.
We consider mechanism design problems with n agents when the mechanism designer cannot fully commit to an allocation function.
Consequently, we define Aslow-complexity cross-layer allocation function, having the same mathematical behaviors as the optimal function, andescribedn the product of the user rate weight before user effecthee SINR in a subbandifferent
This term not only causes limitations in terms of post-equalization SINR, but when it becomes larger than the power allocation function, it also causes the post-equalization to be less sensitive to the variable poff.
