Lyndon M Pan

Title: The Innovative Mind of Lyndon M Pan

Introduction

Lyndon M Pan is a notable inventor based in Little Silver, New Jersey, known for his contributions to communication technology. With two patents to his name, he has developed significant methods to enhance reliability in personal mobile communications, showcasing his expertise in the field of telecommunications.

Latest Patents

Lyndon Pan's latest patents include a **Technique for Providing Redundant Capability in a Personal Mobile** and a **Method and System for Implementing an Application Protocol in a Communication Network**. The first patent addresses the need for reliability during personal telephone calls by ensuring multiple independent meet-me systems are available. This technique resolves potential failures by updating network routing databases to guide return calls efficiently.

His second patent introduces a system that utilizes a Customer Transaction Profile (CTP) database to define communication protocols between network subscribers and callers. This innovation allows for seamless translation of messages, thus enhancing communication effectiveness and efficiency.

Career Highlights

Throughout his career, Lyndon has made significant contributions while working for prominent companies such as AT&T Corp. and Lucent Technologies Inc. His experience at these organizations has undoubtedly shaped his inventive approach and led to the creation of groundbreaking communication technologies.

Collaborations

Lyndon has collaborated with notable colleagues, including Mark Jeffrey Foladare and Shelley Betty Goldman. These partnerships reflect the synergy of inventive minds working together in advancing technology and communication.

Conclusion

Lyndon M Pan's contributions to the field of telecommunications through his patents and career achievements highlight his importance as an inventor. His work not only enhances mobile communication reliability but also establishes foundational protocols for future innovations in this ever-evolving sector.