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We analyse a new approach to bandwidth partitioning, Dynamic Bandwidth Partitioning.
(a) QoS-DFFR bandwidth partitioning and (b) effect of bonus bandwidth allocation.
Of course, in practical systems the bandwidth cannot be divided randomly, and only discrete bandwidth partitioning is possible.
In this scheme bandwidth partitioning is related to the average level of end-user satisfaction with the network performance according to a simple linear control algorithm.
For CFFR-LR, on the other hand, we are only interested in the running time of performing the location classification, scheduling and bandwidth partitioning.
We then consider a more realistic CFFR system that adopts an entirely distributed architecture, i.e. bandwidth partitioning and MCP are performed in each cluster independently.
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This step is crucial for CFFR since the bandwidth partitions are determined accordingly.
The FFR scheme is adaptive where the bandwidth partitions are made dependent on the load in each cluster.
In addition, the bandwidth partitions are determined in an adaptive manner based on the load in each cluster.
To meet these requirements, we can either do resource allocation or design transceivers with a nonuniform bandwidth partition.
Also, a two-step procedure was proposed to determine the optimal bandwidth partition and delay partition, from a finite set of possible RCPC codes.
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CEO of Professional Science Editing for Scientists @ prosciediting.com