Qualcomm Incorporated

Kyocera Wireless Corporation

Kyocera Corporation

Jian Zhang

Dhamim Packer Ali

Phani Bhushan Avadhanam

Shusheel Gautam

Robert Stacey

Michael Orlando DeVico

Ying Gao

Paul Richard Ellis

Tong Tang

Viktor Filiba

Michael Devico

Rob Stacey

The present disclosure presents methods and apparatuses for carrying out a wireless call at a small base station via one of multiple available phones, which may include a fixed phone and a cellular phone. For instance, some example methods described in the present disclosure may include establishing communication with a cellular phone and a fixed phone and transmitting a connection command message to each of the cellular phone and the fixed phone commanding the cellular phone and fixed phone to establish a communicative connection. Furthermore, such example methods may include receiving a cellular phone call indication message from a network indicating the existence of an incoming call request for the cellular phone, transmitting a paging message associated with the incoming call request to the cellular phone, and executing a voice call, wherein the call is conducted by one of either the cellular phone and the fixed phone.

Methods and apparatuses for connecting a cellular phone with a fixed phone under instruction of a small base station

A signal may be received in accordance with a protocol stack having a first portion () that contains a control layer and a stream layer, and a second portion () that contains a physical layer and a MAC layer. The first portion may invoke an application program interface (API) to instruct the second portion to replace a current set of signal acquisition parameters with an initial set of signal acquisition parameters.

Application programming interface (API) for restoring a default scan list in a wireless communications receiver

Persistent files stored in non-XIP flash memory are accessed during operation of an electronic device. During execution of application code on the device, the persistent files are accessed using an access directory such as a look-up table. The access directory provides information that allows an application or other software code running on the processor of the device to locate and access a persistent file within a non-XIP flash memory device where the non-XIP flash memory device may include bad blocks. During creation of the access directory, locations of the bad blocks in the device are identified and recorded. Files are accessed from the non-XIP flash memory device by reading from file start locations identified in the access directory while accounting for bad blocks identified in the bad block data of the access directory.

Apparatus, system, and method for accessing persistent files in non-execute-in-place flash memory

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San Diego, CA, United States of America

Jian Zhang