Ning Xiang Li

Title: Innovations by Inventor Ning Xiang Li

Introduction

Ning Xiang Li is an accomplished inventor based in Sequim, WA, who has made significant contributions to the fields of technology and medical documentation. With a total of 8 patents to her name, she has focused on creating solutions that enhance network management and improve healthcare data categorization.

Latest Patents

Ning’s recent patents include a "Method and system for scaling network traffic managers," which is designed to efficiently route packets over a network to multiple traffic management devices. This invention enables the forwarding of packets by selecting a traffic management device based on a hash of an IP address and port number, ensuring optimal flow delivery in network communications.

Another notable patent is for the "Automatic categorization of fetal heart rate information," a crucial system that documents and classifies obstetrics data. This technology categorizes fetal heart rate characteristics into three distinct categories, aiding healthcare providers in assessing fetal health and addressing potential issues effectively.

Career Highlights

Throughout her career, Ning has worked with leading companies, including F5 Networks, Inc. and Paravirtual Corporation, allowing her to leverage her skills in innovative environments. Her experience in these organizations has further solidified her expertise in technology and health-related inventions.

Collaborations

Ning’s collaborative spirit is evident in her partnerships with talented professionals, including Paul Imre Szabo and David Dean Schmitt. These collaborations have contributed to the development of her impactful inventions and the exchange of innovative ideas within her field.

Conclusion

Ning Xiang Li stands out as a remarkable inventor whose advancements in network management and healthcare documentation reflect her dedication to innovation. Her patents not only showcase her technical prowess but also aim to make a difference in both technology and medical fields. With her ongoing commitment, she is likely to inspire future generations of inventors and contribute to further advancements in her areas of expertise.