Philip D Dean

Title: Innovator Philip D. Dean: A Pioneer in Doppler Correction Technology

Introduction: Philip D. Dean, located in Lisbon, Iowa, is an accomplished inventor known for his significant contribution in the field of communication technology. With a focus on creating advanced systems for synchronizing transmitter and receiver nodes, his innovative approach enhances the reliability of data transmission.

Latest Patents: Dean holds a patent for his invention titled "System and method for application of Doppler corrections for time synchronized stationary transmitter and receiver in motion." This innovative system comprises a stationary transmitter node and a motion-capable receiver node. Each node is equipped with a communications interface featuring at least one antenna element and an advanced controller. Notably, the controller of the receiver node possesses knowledge of its own velocity and orientation, allowing it to apply Doppler corrections for accurate communication in real-time scenarios. The synchronization of both nodes is crucial, as it ensures precise transmission and reception of signals based on their relative movements within a common reference frame.

Career Highlights: Philip D. Dean's professional journey is marked by his role at Rockwell Collins, Inc., a leading technology company in the aerospace and defense sector. His work focuses on developing innovative communication systems that push the boundaries of classic transmission methods, significantly enhancing performance in various applications.

Collaborations: In his pursuit of innovation, Dean has collaborated closely with Eric J. Loren, a fellow professional at Rockwell Collins, Inc. Their teamwork underscores the importance of collaboration in driving technological advancements and fostering a culture of innovation within their organization.

Conclusion: Philip D. Dean’s inventive spirit and dedication to innovation make him a significant contributor to the field of communication technology. His pioneering work on Doppler correction systems lays a foundation for future advancements in synchronized transmission systems, reflecting the impact that dedicated inventors can have on technological progress.