Qualcomm Incorporated

Ramchandran Srinivasan

Kuo-Chun Lee

Sivaramakrishna Veerepalli

Pavan Kaivaram

Mohan Krishna Gowda

Shailesh Maheshwari

Ralph Akram Gholmieh

Srinivasan Rajagopalan

Jack Shyh-Hurng Shauh

Nermeen Ahmed Bassiouny

Marc Azar

Reza Shahidi

Rashid Ahmed Akbar Attar

Daniel Amerga

Nagaraju Naik

Thadi Manjunath Nagaraj

Troy Russell Curtiss

Amit Mahajan

Chintan Shirish Shah

Ammar Kitabi

Vijay Marwah

Adrian J Prentice

Anindya Majumder

Anand Chowdhary Kolluri

Omar Sabbarini

Alexey Semjonovs

Mohammed Tawashi

Meric Emre Uzunoglu

Athreya Prasad

Sunil Rajendran

Pavan Chaithanya Kaivaram

Ammar Taiyebi Kitabi

Examples described herein relate to managing communications for a first subscription and a second subscription of a wireless communication device, including, but not limited to, determining collision between activities of the first subscription over a first RAT and activities of the second subscription over a second RAT and reselecting from the second RAT to a third RAT for the second subscription.

Collision avoidance in multi-subscriber identity module (SIM) wireless communication devices

Embodiments include methods implemented by a processor of a mobile communication device for managing tune-aways by a radio frequency resource supporting a first subscription to support a second subscription. The processor may determine a data loss ratio of the data of a media file that is lost in transmission to the mobile communication device. The processor may compare the data loss ratio of the data to a first data loss ratio threshold and a second data loss ratio threshold, and the processor may block a tune-away event of the radio frequency resource from the first subscription to the second subscription in response to determining that the data loss ratio of the data is greater than the first data loss ratio threshold and less than the second data loss ratio threshold.

Evolved multimedia broadcast multicast service (eMBMS) streaming loss control in a radio sharing concurrent radio access technology (RAT) capable mobile device

Dynamic forward error correction (FEC) setting is discussed in which the network determines a FEC percentage for each video segment of a video streaming service, based on consideration of the transfer length of the video segment and the allocated bandwidth. When the transfer length and allocated bandwidth reflect transmission of less than peak bandwidth, the network will determine a higher FEC percentage that uses the otherwise wasted bandwidth to transmit additional redundancy symbols. The additional redundancy symbols increase the error recovery rate when collisions occur between streaming video reception and page monitoring occasions of other networks in multi-network, multi-subscriber identification module (SIM) mobile devices. A network entity may then transmit the dynamic FEC percentage for each video segment in the file description table (FDT) associated with the video streaming service.

Dynamic setting of FEC in eMBMS video streaming

In an aspect of the disclosure, a method, a computer-readable medium, and an apparatus are provided. The apparatus may be a UE. The UE determines a failure to receive an MSI for a first MSP. The UE attempts to decode one or more subframes in the first MSP. The UE detects an occurrence of an MSP abort decoding event. The UE determines that the first MSP does not include any subframe that carries MBMS data of an MBMS segment based on the detection of the MSP abort decoding events. The UE aborts the attempt to decode the one or more subframes.

Abort blind MCH decoding

This disclosure provides systems, methods, and apparatus for mobile transmit diversity. In one aspect a method of controlling a transmit power level of a wireless communications apparatus is provided. The method includes adjusting the transmit power level of a transmitter of the wireless communications apparatus to a first transmit power level in response to detecting a de-sense event indicative of interference with a signal received by a receiver of the wireless communications apparatus due to emissions from the transmitter. The method further includes maintaining the transmit power level substantially at the first transmit power level for a first time interval in response to adjusting the transmit power level to the first transmit power level. The method further includes adjusting a transmit power level limit of the transmitter after the time interval at a rate for a second time interval.

Systems, apparatus, and methods for mitigating transmitter induced desense

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San Diego, CA, United States of America

Ramchandran Srinivasan