The phrase "allocation of users" is correct and usable in written English.
It can be used in contexts related to distributing or assigning users to specific tasks, roles, or resources within a system or organization.
Example: "The allocation of users to different project teams will help streamline our workflow and improve collaboration."
Alternatives: "distribution of users" or "assignment of users".
The power adjustment includes coefficient scaling of users' precoding vector and power allocation of users' data stream.
The allocation of users to these priority bands (i.e., the assignment of x-priority RBs to MSs) is discussed in Section 5.
COC State: The state (mathcal {S}_{3}) is defined based on the result of the scheduling scheme, which defines (1) the allocation of users to RBs and (2) UE measurements (e.g., RSRP, RSRQ, etc).
State: The state (mathcal {S}_{1}) is defined based on the result of the scheduling scheme, which defines (1) the allocation of users to RBs, (2) the values of CQI of each user in the corresponding RB, and (3) UE measurements (e.g., RSRP, RSRQ, etc).
State: The state is defined based on the result of the scheduling scheme, which defines: (1) the allocation of users to RBs (RB1,RB2,…,RB R ) to the N users and (2) the values of SINR measured for each user in the corresponding RB.
The state space is defined by a set of state variables X defined, among others, by: (1) the allocation of users to RBs, (2) the values of CQI, (3) UE measurements in terms of RSRP and the values of RSRQ, (4) resource status information, (5) handover and RLF statistics and information, and (6) interference coordination information in terms of HII, OI, and RNTP.
Electromagnetic coupling between the users' twisted pair wires leads to crosstalk noise at the receivers, which is the reason for performing the power allocation of all users jointly.
Simulation results show that most of the severe inter-cell interference can be removed by the semiorthogonal RB allocation scheme and the optimal power allocation of interfering users contributes to a better overall system capacity.
The resource allocation of cellular users has a significant impact on the potential gains of relay-aided D2D transmissions, and relay selection has an important influence on the resource allocation scheme.
r = 1 and m > 2. If more than two users are paired together to form MU-MIMO, then the SNR of MU-MIMO user will be decreased compare to two paired users, as the inter-user interference is m-1 times and the power allocation of each user is also decreased.
