Richard Jackson

Title: Richard Jackson - Innovator in Surveying Technologies

Introduction

Richard Jackson is an accomplished inventor based in San Francisco, CA, with a notable portfolio that includes three patents focused on enhancing surveying accuracy and efficiency. His innovative contributions in the field of geospatial technologies demonstrate his commitment to improving methodologies utilized in land surveying.

Latest Patents

Jackson's latest patents showcase his expertise in integrating advanced geospatial models to refine surveying practices. One of his key inventions, titled "Real time integration of a geoid model into surveying activities," presents a method and apparatus aimed at enhancing the accuracy of elevation coordinates derived from GPS survey measurements. This invention utilizes an optimal locally-best-fitting plane alongside a geoid model, which significantly reduces the elevation coordinate inaccuracies during surveys to mere fractions of a decimeter.

Another prominent patent, "Survey coordinate transformation optimization," focuses on a sophisticated system that selects the optimal transformation between different ellipsoidal models within varying global coordinate systems. This technology assists surveyors in accurately mapping previously-surveyed locations by optimizing the transformation in real-time while measurements are being taken in the field. Such continuous advancements have positioned Jackson as a key player in advancing geospatial technology.

Career Highlights

Richard Jackson’s career is marked by his dedication to innovation in surveying technologies while working at Trimble Navigation Limited. Through his role, he has developed systems that leverage modern location determination technologies, including GPS, GLONASS, and Loran, making significant strides in the surveying domain.

Collaborations

Throughout his career, Jackson has collaborated with notable coworkers such as Mark Edward Nichols and Kenneth W. McBride. These professional relationships have fostered an environment of shared knowledge and expertise, contributing to the successful development of groundbreaking surveying solutions.

Conclusion

In summary, Richard Jackson's inventive contributions have greatly advanced the fields of surveying and geospatial technology. His ability to combine theoretical models with practical applications demonstrates the importance of innovation in achieving greater accuracy and efficiency in surveying activities. As he continues to work at Trimble Navigation Limited, the surveying industry looks forward to his contributions that lie ahead.