Stephen A Horne

Title: **Innovations by Stephen A. Horne: Pioneering Marine Surveying Techniques**

Introduction

Stephen A. Horne, located in Lafayette, California, is a notable inventor with a focus on advancements in surveying methods. With a total of two patents to his name, Horne is making significant contributions to marine environmental technologies. His innovative approaches play a crucial role in understanding subterranean structures and the dynamics of marine surveying.

Latest Patents

Horne's most recent patent details a unique surveying method utilizing an arrangement of plural signal sources. This technique is designed for application in marine environments, enhancing the ability to survey subterranean structures effectively. The method includes deploying multiple signal sources in water to generate corresponding signals. These signals are strategically designed to reduce at least one predetermined signal component in the data collected by a receiver, thus improving the accuracy and efficiency of marine surveys.

Career Highlights

Stephen A. Horne is associated with Westerngeco LLC, a company known for its innovative technologies in the surveying and exploration fields. Through his work, Horne emphasizes the importance of precision in marine surveying, pushing the boundaries of traditional methods. His patented technologies are paving the way for new practices in the industry, ensuring better results in geological analyses.

Collaborations

Throughout his career, Horne has collaborated with esteemed colleagues such as David Lee Alumbaugh and Jiuping Chen. These partnerships not only enrich the innovative processes within Westerngeco LLC but also amplify the impact of their combined expertise in advancing surveying techniques.

Conclusion

Stephen A. Horne's contributions to marine surveying methods exemplify how targeted innovations can lead to profound changes in various industries. His dedication to improving underwater surveying techniques through technology continues to influence the field positively. As he forges ahead in his career, the implications of his work are likely to broaden the horizons of marine exploration and research.