Clayton, Australia

Peter Griffioen


Average Co-Inventor Count = 3.0

ph-index = 2

Forward Citations = 61(Granted Patents)


Company Filing History:


Years Active: 1997-1998

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2 patents (USPTO):Explore Patents

Title: The Innovations of Peter Griffioen

Introduction

Peter Griffioen is an accomplished inventor based in Clayton, Australia. He has made significant contributions to the field of real-time kinematic systems, holding 2 patents that showcase his expertise and innovative spirit. His work primarily focuses on enhancing GPS technology for surveying applications.

Latest Patents

One of Peter's latest patents is a real-time kinematic initialization test system. This system includes base and rover GPS units connected by a data link. The rover unit is typically moved to points of interest during a survey while the base remains over a fixed and known location. An initialization testing program is mounted on a personal computer platform that forces the rover to experience a loss of signal tracking, simulating losses in signal reception caused by obstructions of satellite signals. A complete initialization is forced to occur, and the test program uninitializes the RTK solution by causing a loss of integer ambiguities resolution. The program then monitors the subsequent initialization process, logging various statistical parameters for post and real-time analyses of the initialization algorithm.

Career Highlights

Peter Griffioen is currently employed at Trimble Navigation Limited, where he continues to develop innovative solutions in GPS technology. His work has significantly impacted the efficiency and accuracy of surveying practices.

Collaborations

Peter collaborates with talented individuals such as Nicholas C Talbot and Michael Timo Allison, contributing to a dynamic and innovative work environment.

Conclusion

Peter Griffioen's contributions to the field of GPS technology through his patents and work at Trimble Navigation Limited highlight his role as a leading inventor in the industry. His innovative approaches continue to shape the future of real-time kinematic systems.

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