Abstract:
Methods and apparatuses are presented for managing a multi-subscriber identity module (SIM) user equipment (UE) such that data throughput may be improved in a dual-SIM, dual active (DSDA) scenario. For example, a method is presented that includes acquiring first timing information of a first subscription and second timing information of a second subscription. Additionally, the example method may include detecting a first conflict between communications of the first subscription and the second subscription in a time slot of a first time interval. Moreover, the example method presented by the present disclosure may include estimating one or more additional conflicts in one or more subsequent time intervals based on timing of the time slot, the first timing information, and the second timing information. Further, the example method may include respectively adjusting one or more transmit block sizes (TBS) for each of the one or more subsequent time intervals.
Abstract:
Some present aspects provide special burst (SB) detection in Time Division- Synchronous Code Division Multiple Access (TD-SCDMA )based on whether there is physical channel re-configuration being performed. Also, some present aspects provide SB detection based on a modified hypothesis testing (HT). Some further aspects provide joint SB detection based on HT, transport format combination index (TFCI) decoding,and signal to noise ratio (SNR) estimation. Some further aspects provide enhancements to power control once SB is detected. For example,for inner loop power control (ILPC), maximum-likelihood (ML) SNR estimation may be used. For outer loop power control (OLPC), virtual decoding of SB may be performed, which may generate virtual CRC that is used to drive an SIR target.