Curtis Lynn Garner

Title: The Innovative Mind of Curtis Lynn Garner

Introduction

Curtis Lynn Garner, an inventive researcher based in Provo, UT, has made significant contributions to the field of audio signal processing. With a patented technology aimed at enhancing communication in noisy environments, Garner stands out as a notable figure in modern innovation.

Latest Patents

Garner holds a patent titled "Detection of audio communication signals present in a high noise environment." This innovative system utilizes error microphones arranged in a specific pattern to capture audio signals, including speech, while employing reference sensors to collect noise signals. By removing a portion of the reference noise from the captured audio signals, Garner's invention generates partially processed audio signals, which are then paired to form signal pairs. For each signal pair, a modified cross-correlation vector is created, eliminating the effects of low frequency components. This vector is transformed into a rotated angular domain cross-correlation vector, based on the physical angles of the microphone pairs. The final output utilizes directional information to beamform the processed audio signals, resulting in the enhancement of desired audio communication in challenging environments.

Career Highlights

Curtis Lynn Garner is affiliated with Caterpillar Inc., where he applies his expertise in audio signal processing to develop practical solutions for complex engineering challenges. His innovative approach demonstrates a commitment to advancing technologies that improve communication efficiency.

Collaborations

Garner collaborates with talented professionals such as Scott Sommerfeldt and Jonathan Daren Blotter, sharing insights and working together to push the boundaries of innovation in audio technology. These collaborations highlight the importance of teamwork in the pursuit of groundbreaking inventions.

Conclusion

Curtis Lynn Garner's contributions to audio signal detection technology exemplify the spirit of innovation and problem-solving that drives progress in engineering. Through his patent and collaborative efforts, he continues to influence the landscape of audio communication, underlining the significance of inventors in shaping our technological future.