B Leon Edington

Title: Innovations by B Leon Edington in Seismic Source Coding

Introduction

B Leon Edington is an innovative inventor based in Houston, Texas. He holds a significant patent that has implications in the field of seismic technology, specifically in the method of source coding and harmonic cancellation for vibrational sources. His work serves as a remarkable contribution to the industry, enhancing the capability to manage distortions in vibratory seismic signals.

Latest Patents

Edington's patent, titled "Method of source coding and harmonic cancellation for vibrational," presents a novel approach for reducing distortion and crossfeed from selected order harmonics produced by vibratory seismic sources operating concurrently. The method allows for signal separation from different sources while markedly improving the overall signal-to-noise ratio. By determining the highest order harmonic likely to cause distortion, Edington's technique involves several sweeps of each source based on the number of sources and the target harmonic to suppress. Initial phase angles for each sweep are selected to facilitate effective signal separation while attenuating harmonics.

Career Highlights

B Leon Edington is currently affiliated with Halliburton Geophysical Services, Inc., a prominent company in the field of geophysical and seismic services. His work caught the attention of peers and industry leaders, marking him as a significant figure in seismic innovation. His unique patent reflects his dedication to advancing technology that addresses common challenges in seismic signal processing.

Collaborations

Throughout his career, Edington has collaborated with notable colleagues, including Tawassul Ali Khan. Together, they have explored innovations in seismic technology, contributing to advancements that improve data accuracy and operational efficiency within the field.

Conclusion

B Leon Edington's contributions to seismic technology underscore the importance of innovation in addressing technical challenges. His patented method not only enhances the efficacy of vibratory seismic sources but also sets a standard for future developments in the industry. As the field continues to evolve, Edington's work will likely inspire further innovations that push the boundaries of seismic research and application.