Edmund M Yeh

Title: Edmund M Yeh: Innovator in CDMA Telecommunications

Introduction

Edmund M Yeh is a notable inventor based in Houston, TX, who has made significant contributions to the field of telecommunications. He holds 2 patents that focus on enhancing data transmission in CDMA (Code Division Multiple Access) networks. His work has implications for improving communication efficiency and reliability in modern data networks.

Latest Patents

Yeh's latest patents include innovative methods for down-link transmission scheduling in CDMA data networks. The first patent describes a base station that employs scheduling of data transmission signals to user transceivers in down-link channels. This method ensures that each base station transmits to user transceivers one at a time while utilizing full available power for the down-link channel. The scheduling process is modeled as a linear programming problem, optimized according to predefined criteria. Additionally, this method can be applied in hybrid CDMA/time-share systems to reduce power consumption for data channels communicating with user transceivers near the base station. The second patent further elaborates on down-link transmission inter-cell scheduling, reinforcing the same principles of efficient data transmission and power management.

Career Highlights

Edmund M Yeh is associated with Lucent Technologies Inc., where he has been instrumental in developing advanced telecommunications solutions. His expertise in CDMA technology has positioned him as a key player in the industry, contributing to the evolution of data communication systems.

Collaborations

Yeh has collaborated with notable colleagues such as Anand S Bedekar and Simon C Borst, enhancing the innovative capabilities within his team. Their combined efforts have led to significant advancements in telecommunications technology.

Conclusion

Edmund M Yeh's contributions to CDMA telecommunications through his patents and collaborations highlight his role as a leading inventor in the field. His work continues to influence the efficiency and effectiveness of data transmission in modern networks.