name: SD
full_form: Secondary stream ETFC Offset
context: Extended Access Barring (EAB) is a method for the network to selectively control access attempts from âUEs configured for EABâ (which are considered more tolerant to access restrictions than other UEs) in order to prevent overload of the access network and/or the core network, without the need to introduce any new Access Classes. In case of congestion, the network could restrict access from âUEs configured for EABâ while permitting access from other UEs. When the network determines that it is appropriate to apply EAB, it broadcasts necessary information on the BCCH to provide EAB control for UEs. In the case of multiple core networks sharing the same access network, EAB information can be PLMN specific. It is FFS whether we can avoid duplicating all EAB information to limit the overhead on broadcast. EAB enforcement will be implemented in the UE AS layer and interwork with legacy Access Class Barring, it should ensure that the corresponding requirement specified in [11] section could
description: The Secondary stream ETFC Offset (SD) is a parameter used in the SINR-based scheduling mechanism for SIMO and CLTD transmission modes. It is calculated and signaled by the Node B to the UE for each TTI, along with the serving grant SG parameter. The SD parameter is applied to decrease the SG grant prior to passing it to the E-TFC, allowing the UE to estimate the post-receiver SINR level at the Node B and select the E-TFC that would provide the maximum throughput at the required BLER performance.
explanation: The context describes the role of SD in the SINR-based scheduling mechanism, highlighting its calculation, signaling, and application in adjusting the SG grant. This information indicates that SD is a parameter used to influence the E-TFC selection process, making it a Parameter entity type.
section_title: 5.7.3.1	Description of novel Rate adaptation mechanisms
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