Aiping Zhang

Title: **Innovative Contributions of Aiping Zhang in User Equipment Capability Exchange**

Introduction

Aiping Zhang, an accomplished inventor based in San Diego, CA, has made significant contributions to the field of telecommunications. With a total of three patents to her name, Aiping specializes in methods and apparatus for user equipment capability exchange, enhancing the way devices communicate with networks.

Latest Patents

Aiping's latest work focuses on capability exchange enhancements, which include filtering and indexing functionalities. In her patents, a user equipment (UE) determines which capabilities to report to the network based on various inquiries, received system information, home operator policies, public land mobile network (PLMN) configurations, user preferences, and service types. Notably, her methodologies allow the UE to report a subset of its capabilities during the connection establishment phase. After establishment, the UE can communicate a more comprehensive set of operational modes using an identifier. Furthermore, the base stations in the network can share the reported subset with the aim of minimizing redundant transmissions to target base stations.

Career Highlights

Aiping Zhang is currently associated with Qualcomm Incorporated, a leading company in wireless technology. Her innovative work has been pivotal in advancing how user equipment interacts with network infrastructures, ensuring an efficient data exchange process that is critical in today's connected world.

Collaborations

In her journey as an inventor, Aiping has collaborated with notable coworkers such as Shravan Kumar Raghunathan and Parthasarathy Krishnamoorthy. Together, they have contributed to making technological advancements in user equipment capabilities, further solidifying their standing in the telecommunications industry.

Conclusion

Aiping Zhang's patents reflect her expertise and commitment to innovation in the field of telecommunications. As user equipment becomes increasingly vital in connecting people and devices, her contributions lay a foundation for future advancements in how these systems operate and communicate effectively.