Susan Ann Thompson

Title: Innovator Spotlight: Susan Ann Thompson

Introduction

Susan Ann Thompson, an accomplished inventor based in Half Moon Bay, California, has made significant contributions to the field of optical sensing technology. With a total of six patents to her name, Thompson's work has advanced the understanding and implementation of pulse repetition intervals in sensing applications.

Latest Patents

Thompson’s latest patents demonstrate her innovative approach to sensing technologies. One notable patent is the "Selection of pulse repetition intervals for sensing time of flight." This invention describes a sensing apparatus that incorporates a radiation source emitting pulses of optical radiation towards multiple points in a target scene. A receiver collects the reflected optical radiation, producing signals indicating the respective times of flight of the pulses. The invention not only enhances the precision in computing depth coordinates of points in the scene but also offers a sophisticated method for selecting pulse repetition intervals (PRI) to optimize performance.

Another key patent, "Setting parameters of optical transmitter using receive-side control," details an electronic device comprising an optical transmitter, an optical receiver, and control circuitry. This invention allows for improved operation of the optical transmitter by dynamically updating its parameters based on the next PRI, thereby enhancing the overall efficiency of optical communication and sensing.

Career Highlights

Throughout her career, Susan has been associated with prestigious technology companies such as Apple Inc. and Texas Instruments Corporation. Her work in these reputable organizations has facilitated the translation of research innovations into practical applications, showcasing her ability to bridge theory and real-world technology.

Collaborations

In her professional journey, Susan has collaborated with several notable engineers and inventors, including Harish Venkataraman and Cristiano L. Niclass. These collaborations have enriched her work, allowing her to combine expertise and creativity to push the boundaries of optical sensing.

Conclusion

Susan Ann Thompson's inventive spirit and technical prowess have significantly impacted the field of optical technology. Her contributions through her patents not only exemplify her dedication to innovation but also serve as a testament to the vital role of women in engineering and technology. As she continues to explore and develop new solutions, Thompson remains an inspiration for aspiring inventors and professionals in the tech community.