Huo-Bing Yin

Title: Innovations of Huo-Bing Yin

Introduction

Huo-Bing Yin is a notable inventor based in Potomac, MD (US). He has made significant contributions to the field of communication technology, holding a total of 3 patents. His work focuses on improving synchronization methods in satellite communication systems and enhancing digital signal processing.

Latest Patents

One of Huo-Bing Yin's latest patents is a "Baton passing method and apparatus for maintaining synchronization in a TDMA satellite communication system." This invention addresses the need for reliable synchronization among stations in a communication network, particularly when the primary reference station fails. The method involves designating an alternate reference station that can take over the primary role, ensuring continuous operation. The invention also includes a refined monitoring technique to assess channel error rates, enhancing the reliability of the synchronization process.

Another significant patent is the "Adaptive delta modulation system." This system features an improved digital compandor that utilizes a nonlinear companding algorithm. It is designed to minimize distortions during fast transitions in input signals while maintaining a high signal-to-noise ratio. The compandor's step size is directly related to the input signal level, allowing for optimal performance across various speaking volumes.

Career Highlights

Huo-Bing Yin is associated with International Business Machines Corporation (IBM), where he has contributed to various innovative projects. His expertise in communication systems and digital signal processing has positioned him as a valuable asset in the field.

Collaborations

Huo-Bing Yin has worked alongside notable colleagues, including Mukesh P Patel and John W Fennel, Jr. Their collaborative efforts have further advanced the technologies in which they specialize.

Conclusion

Huo-Bing Yin's contributions to communication technology through his patents demonstrate his innovative spirit and technical expertise. His work continues to influence advancements in synchronization methods and digital signal processing.