West Newbury, MA, United States of America

Cynthia Mazza-Brennan


Average Co-Inventor Count = 4.0

ph-index = 1

Forward Citations = 13(Granted Patents)


Company Filing History:


Years Active: 1997

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1 patent (USPTO):Explore Patents

Title: Cynthia Mazza-Brennan: Innovator in Communication Systems

Introduction

Cynthia Mazza-Brennan is a notable inventor based in West Newbury, MA (US). She has made significant contributions to the field of communication systems, particularly with her innovative patent that addresses the equalization of forward and reverse channels in a highway network system.

Latest Patents

Cynthia holds a patent for a "System and method for equalization of forward and reverse channels of a communicating highway network system having a branching tree topology." This invention involves a method where the forward channel is adjusted first for equalization, followed by the reverse channel. A reference node periodically transmits a frequency-rich signal on the network to the head end, which then broadcasts this signal to various system nodes. Each node compares the received signal with an expected signal and adjusts its receiver accordingly. Subsequently, each node transmits another frequency-rich signal to the head end, receives a return echo, and adjusts its transmitter based on this comparison. Cynthia's innovative approach enhances the efficiency of communication within complex network systems.

Career Highlights

Cynthia is associated with Lancity Corporation, where she has contributed her expertise in communication technologies. Her work has been instrumental in advancing the capabilities of network systems, making them more reliable and efficient.

Collaborations

Cynthia has collaborated with notable colleagues, including John Ulm and William D Corley, who have worked alongside her in various projects at Lancity Corporation.

Conclusion

Cynthia Mazza-Brennan's contributions to communication systems through her innovative patent demonstrate her commitment to advancing technology in this field. Her work continues to influence the development of efficient communication networks.

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