Company Filing History:
Years Active: 2002
Title: Innovations by Kenneth A. Renard: A Pioneer in Frequency Correction Detection
Introduction
Kenneth A. Renard is an inventive mind based in Harvard, IL, known for his significant contributions to the field of radio communication. With one patent to his name, Renard has showcased his deep understanding of technology and its practical applications in enhancing communication systems.
Latest Patents
Renard's sole patent, titled "Method and Apparatus for Extended Range Frequency Correction Burst Detection," introduces a sophisticated radio communication device capable of providing extended burst tone detection for modulated input signals. This innovation integrates a first burst detector that is coupled with the input signal to produce a detection signal upon detecting an FCB tone. The device features a frequency shifter that translates the input signal by a predetermined amount, allowing a second burst detector to play a crucial role in confirming the detection of the FCB tone. A combiner is designed to assess the outputs from both detection signals, ensuring reliable FCB tone detection through a robust mechanism.
Career Highlights
Kenneth A. Renard is affiliated with Motorola Corporation, renowned for its cutting-edge innovations and leadership in telecommunications. His work involves collaborating with a team of talented professionals focused on developing advanced communication technologies.
Collaborations
Among Renard's notable coworkers are Priya S. Nadathur and James C. Baker. Together, they contribute to a collaborative environment enriched by diverse expertise, driving advancements in communication systems and technologies.
Conclusion
Kenneth A. Renard's innovations, particularly in frequency correction detection, underscore the importance of creativity and technical knowledge in transforming communication devices. As he continues to work at Motorola Corporation, his contributions will undoubtedly influence the future of radio communications, enhancing connectivity in a rapidly advancing technological landscape.