Pan Hsiang Lo

Title: Innovations by Pan Hsiang Lo in Wireless Networking

Introduction

Pan Hsiang Lo is a notable inventor based in Taipei, Taiwan. He has made significant contributions to the field of wireless networking, particularly in the area of communication handoff procedures. His work is essential for enhancing the efficiency and security of mobile communications.

Latest Patents

Pan Hsiang Lo holds a patent for "Systems and methods for handoff in wireless network." This patent describes methods performed by a mobile node (MN) in a secured network for the handoff of communication from a serving access point (AP) to a target AP. The patent outlines two primary methods: the bounded delay channel switching (BDCS) method and the dual-MAC switching (DMS) method. In the BDCS method, the MN periodically switches between a first channel and multiple other channels during handoff. It utilizes the first channel to transmit and receive packets via the serving AP while using one of the other channels to perform the handoff procedure. The DMS method involves the MN employing a first MAC address for communication with the serving AP and a second MAC address for the handoff to the target AP. Both methods can be used concurrently and are applicable in secured networks compliant with standards such as IEEE 802.11, IEEE 802.1x, or IEEE 802.11i plus IEEE 802.11f.

Career Highlights

Pan Hsiang Lo is currently associated with MediaTek Corporation, a leading global semiconductor company. His work at MediaTek focuses on advancing wireless communication technologies, contributing to the development of innovative solutions that enhance connectivity and user experience.

Collaborations

Pan Hsiang Lo has collaborated with Shiao-Li Tsao, a fellow innovator in the field. Their partnership has fostered advancements in wireless networking technologies, furthering the impact of their inventions.

Conclusion

Pan Hsiang Lo's contributions to wireless networking through his innovative patent demonstrate his commitment to improving mobile communication technologies. His work continues to influence the industry and enhance the efficiency of wireless networks.