Fangyuan Zhu

Title: Fangyuan Zhu: A Pioneer in Network Technologies

Introduction

Fangyuan Zhu, a prominent inventor based in Beijing, China, holds an impressive portfolio of 39 patents. His contributions to the field of network technologies have significantly advanced the capabilities and efficiencies of modern communication systems.

Latest Patents

Fangyuan Zhu's latest patents include innovative methods and systems related to network slice selection and quality of service (QoS) control. One notable invention is the "Network Slice Selection Method, Device, and System". This technology addresses challenges that arise when a terminal device exits the service area of a network slice, providing a seamless transition between network slices through effective mapping and communication mechanisms.

Another significant patent is the "AMBR Control Method, Device, and System". This invention enables a QoS control mechanism to effectively manage resource allocation in a network slice used by a terminal device. It includes the acquisition of single network slice selection assistance information and related parameters to ensure optimal performance of non-guaranteed bit rate QoS flows, enhancing overall network efficiency.

Career Highlights

Fangyuan Zhu has honed his expertise at notable companies including Huawei Technologies Co., Limited and Huawei Technologies, Co., Ltd. His experience in these industry leaders has played a vital role in his innovative pursuits and patent achievements.

Collaborations

Throughout his career, Fangyuan has collaborated with esteemed colleagues such as Yan Li and Hui Ni. These collaborations have fostered an environment of innovation, contributing to the development of advanced network technologies.

Conclusion

Fangyuan Zhu's dedication to innovation and his substantial patent portfolio reflect his significant impact on the field of network technologies. His latest inventions, which address critical challenges in network slice management and resource allocation, demonstrate his commitment to enhancing communication systems and ensuring reliable connectivity for users worldwide.