James D Krieger

Title: Innovations by James D. Krieger: A Pioneer in Radar Technology

Introduction

James D. Krieger, hailing from Woodland Hills, California, is an inventive mind who has significantly contributed to the field of radar technology. With a total of two patents to his name, Krieger has developed cutting-edge systems that enhance radar functionality, which is crucial in various applications from aerospace to defense.

Latest Patents

Krieger's latest patents reflect his commitment to innovation in radar systems. The first, titled "Dual pulsed mode FMCW radar retrofit conversion with adaptive sweep configuration," introduces a retrofit system applied to existing Frequency Modulated Continuous Wave (FMCW) radars. This system converts them into pulsed linear frequency-modulated radars capable of dynamically switching between pulsed modes and FMCW mode based on the estimated range of a target. The adaptive configuration of chirp and sweep parameters optimizes range resolution, making this retrofit a transformative addition to radar technology.

His second patent, "Multimode electronically steerable monopulse radar," describes an electronically steerable phased array connected to an FMCW radar transceiver. This innovation enables a cost-effective monopulse tracking system that covers a vast field of regard through electronic beam steering. It allows for versatile operational modes, supporting both transmission and reception concurrently, which is essential for accurate bearing and azimuth estimation.

Career Highlights

James D. Krieger is associated with The Boeing Company, a global leader in aerospace and defense. His work in radar technology has established him as a notable figure in the industry, where his innovations stand to improve military and commercial radar systems significantly.

Collaborations

Throughout his career, Krieger has likely collaborated with fellow engineers and researchers within The Boeing Company, promoting advancements in radar technology. Such collaborations foster an environment of innovation, pushing the boundaries of traditional radar systems to meet contemporary needs.

Conclusion

James D. Krieger's contributions to radar technology through his patents exemplify his role as an inventor dedicated to innovation. His work not only enhances existing systems but also paves the way for future advancements within the aviation and defense sectors. As he continues his career at The Boeing Company, his inventions will likely inspire further developments in radar technology and beyond.