name: RLC
full_form: Radio Link Control
context: in WCDMA this solution is not applicable due to soft handover procedure defined for the dedicated traffic channels. Thus the AMR mode control function should be a part of the RNC functionality. The control of the AMR mode is part of the RRM strategies, due to its implications on reserving and controlling resources from the air interface. Figure 11-1 In the WCDMA the AMR mode adaptation is carried out with the aid of AMR mode control function, which is responsible for detecting the need of the AMR mode adaptation and to initiate required procedures to change the current AMR mode to the newly selected AMR mode. The AMR mode change request can be made with the aid of the AMR mode commands, which are sent from the RNC either to the Transcoder for downlink data transfer or to the UE for uplink data transfer. In principle the supported AMR mode adaptation can be asymmetric, which implies the possibility to use different AMR modes in uplink and downlink during active speech call. Therefore,
description: The Radio Link Control (RLC) is a protocol layer responsible for managing data transmission over the radio link between the User Equipment (UE) and the UTRAN. It provides three modes of operation: Transparent Mode (TM), Unacknowledged Mode (UM), and Acknowledged Mode (AM). Each mode has distinct RLC entities that act as senders or receivers, transmitting and receiving RLC PDUs.
explanation: The context describes the RLC sublayer model, its different modes of operation, and how RLC entities interact with each other. This information is specific to the protocol's functionality and behavior, indicating that RLC should be classified as a Protocol.
section_title: 4.2.1	Model of the RLC sublayer
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