The phrase "admission control module" is correct and usable in written English.
It can be used in contexts related to computer networks, telecommunications, or systems that manage access to resources or services.
Example: "The admission control module is responsible for regulating the flow of data to ensure optimal network performance."
Alternatives: "access control module" or "entry control module".
The most important two differences between the TTE switches and traditional switches are clock synchronization module and admission control module.
The Admission control module implements admission control algorithms, responsible to accept or reject resource requests, according to a certain criterion, based on the information provided by the BB databases.
After the reception of such requests, the Admission control module computes the path to be followed by the packets between IR and ER, associates the traffic type to a specific LSP, and checks whether the traffic characteristics and QoS requirements can be attended in the designated path.
The scheduler and admission control modules are responsible to handle the change in transmission rate and maintain service time fairness.
Based on the information of these three modules, the Admission Control can calculate the service classes that are currently supported (and will still be supported in near future) and those that are not.
The admission controller implements per-session admission control.
Similarly, the Mobility attendant module receives mobility requests, triggers the admission control process to verify whether the user can move sessions to another IR, and then manages mobility events according to the current network status and topology.
The simulator consists of five functional modules which realize packet scheduling and call admission control functionalities and model various wireless channel effects, real and non-real time traffics, and user mobility.
For the purpose, the functional part consists of five modules that perform packet scheduling and call admission control functionalities and model various wireless channel effects, real and non-real time traffics, and user mobility.
We compare the proposed admission control strategy to some other widely used admission control methods.
Furthermore, the admission control is divided into two phases: edge admission control and interior admission control.
