Company Filing History:
Years Active: 2021
Title: Christopher S. Beard: Innovator in Seismic Inversion Technologies
Introduction
Christopher S. Beard is a notable inventor based in Spring, TX (US). He has made significant contributions to the field of seismic inversion technologies. His innovative work focuses on improving the efficiency and reliability of seismic data processing.
Latest Patents
Christopher holds a patent for a system and method titled "Scalable scheduling of parallel iterative seismic jobs." This invention addresses the challenges of scalable and reliable scheduling of iterative seismic full wavefield inversion algorithms. The system operates with alternating parallel and serial stages of computation on massively parallel computing systems. The workers in this system are independent, initiating actions without awareness of each other and operating with limited information. This design enables the application of optimal scheduling, load-balancing, and reliability techniques specific to seismic inversion problems. The central dispatcher in the system specifies the structure of the inversion, including task dependency, and keeps track of the progress of work. Management tools are also integrated to allow users to make performance and reliability improvements during the execution of the seismic inversion.
Career Highlights
Christopher is currently employed at ExxonMobil Upstream Research Company, where he continues to develop innovative solutions in the field of seismic data processing. His work has been instrumental in advancing the capabilities of seismic inversion technologies.
Collaborations
Christopher has collaborated with notable colleagues, including Aleksandar Bobrek and Anoop A. Mullur, to further enhance the research and development of seismic technologies.
Conclusion
Christopher S. Beard is a pioneering inventor whose work in seismic inversion technologies has made a significant impact on the industry. His innovative patent demonstrates his commitment to advancing the field and improving the efficiency of seismic data processing.