The phrase "allocation units" is correct and usable in written English.
It can be used in contexts related to resource distribution, budgeting, or project management where specific units of allocation are being discussed.
Example: "The project manager outlined the allocation units for each department to ensure that resources were distributed fairly."
Alternatives: "resource units" or "distribution units".
Non-registered ISPs which move expenses to other organizations (i.e., Cost Allocation units) should credit an expense (an expenditure type beginning with 7, 8, or 9).
It is easily noticeable that despite a higher number of demanded allocation units, class 3 (data) is characterised by a lower blocking probability than class 2 (voice).
PARTITION and BIND not only play the partitioning and binding role, but also provide users with the ability to assign system resources to each partitioned part, because spouts and bolts are the basic resource allocation units in Storm.
The assumption was that in an individual simulation series, at least 10,000,000 calls of the class that required the highest number of allocation units for service were offered.
Such an approach makes it possible to perform the so-called discretization of the system [38, 39], i.e., the expression of the capacity of the system, as well as the demands of individual traffic classes, in the same units, called allocation units (AU).
(left [A_{j,text {SysX}}^{i}right ]_{M} Traffic of class i with priority j in system SysX, t SysX Resources demanded by calls of individual classes expressed in allocation units determined in relation to the type of system SysX: textbf{t}_{text{SysX}}=left{left[t_{j,text{SysX}}^{i}right]_{M}: j in {1,2,...,M}right}, (42).
PDCCH resource allocation unit sequentially allocates control resources to user in the same order as that in the schedulable user list.
Based on the CSI, the resource allocation unit at the AP decides the power to be allocated to each transmitting antenna and sends such information through a signaling channel.
This paper provides a systematic approach for optimal resource allocation, unit manipulation, and waste reduction using integrated component-less design.
The proposed method consists of a fault detector for robust and quick fault detection, a two-stage hierarchical isolation strategy for fault isolation, and an online control allocation unit scheduled by the isolation scheme for fault tolerance.
This paper takes minislot scheduling problem for IEEE 802.16 mesh networks as an example and formulates the problem as an integer linear programming model in this paper, where minislot is an atomic bandwidth allocation unit for data transmissions among subscriber stations and base station.
