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The resource controllers at each line-card and switch fabric allocate resources to slices requesting them to achieve certain service level.
Another integrated workload management architecture composed of multiple resource controllers was proposed by Zhu et al. to consolidate different application workloads having SLOs on a large data center [31].
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Our scheme consists firstly of a hierarchical architecture based on message exchanges between Radio Resource Agent (RRA) at the Base Stations (BS) and Radio Resource Controller (RRC) which controls a cluster of BSs.
The main function of the Resource Controller is the Determine Applicability function.
This is performed at the BS by the radio resource agent and by the radio resource controller which can be implemented apart from the BS.
In both these profiles, a BS implements a RRA (radio resource agent), the difference being where the RRC (radio resource controller) is located.
Each zone has its own resource controller, and communicates with the rest of the environment only through a connection using virtual network interfaces.
The resource controller (for line-card or SF) receives resource allocations requests from slice controllers and then determines the allocated resources to the slices according to the available resources.
If the aggregated requested resources exceed the available capacity, the resource controller allocates resources to slices in such a way it locally minimizes the difference between the actual (from allocation ) and the target performance values.
A resource controller (one for each linecard), collects the resource allocation requests from the different slices using the resources it controls and determines the allocations based on the available capacities of the resources.
Our proposed mobile WiMAX architecture is compliant with the proposal in [1] as it decomposes resource allocation model into two functional entities: the Radio Resource Agent (RRA) and the Radio Resource Controller (RRC) as it is shown in Figure 4.
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