Company Filing History:
Years Active: 1994-2001
Title: Innovations of Thomas W. Schlosser
Introduction
Thomas W. Schlosser is a notable inventor based in San Diego, California. He holds a total of nine patents, showcasing his contributions to the field of communications technology. His work has significantly impacted the way signals are transmitted and measured in various applications.
Latest Patents
Among his latest innovations is the "Masked Signal Transceiver." This invention features a transmitter that sends a combined signal of a primary communications signal and an attenuated secondary communications signal, both occupying the same frequency band concurrently. The receiver is designed to demodulate the primary communications signal, extracting essential information. Additionally, an adaptive locally optimum processor separates the secondary communications signal from the combined signal, allowing for effective demodulation and information extraction.
Another significant patent is the "Signal Quality Measurement Device." This device determines a measured deviation value from envelope amplitude samples of a communications signal. It utilizes a statistical model of atmospheric noise to compute a table function of deviation values versus signal-to-noise ratios, enabling the identification of the signal-to-noise ratio that corresponds to the measured deviation value.
Career Highlights
Thomas W. Schlosser is currently associated with the United States Navy, where he contributes his expertise in communications technology. His work has been instrumental in advancing the capabilities of communication systems used by the Navy.
Collaborations
Throughout his career, Schlosser has collaborated with notable colleagues, including James W. Bond and David J. Marchette. These collaborations have fostered innovation and development in their respective fields.
Conclusion
Thomas W. Schlosser's contributions to the field of communications through his patents and collaborations highlight his role as a significant inventor. His work continues to influence advancements in technology, particularly in signal transmission and measurement.