Introduction: Robert Edward DePierre, an accomplished inventor based in Huntsville, Alabama, has made significant contributions to the field of electromagnetic ranging and antenna technology. With a portfolio of 10 patents, DePierre has established himself as a leading figure in innovation, leveraging his expertise to develop groundbreaking technologies.

Latest Patents: Among his latest contributions are two notable patents. The first is the "Method of near-field electromagnetic ranging and location," which capitalizes on the long-wavelength characteristics of low-frequency RF signals, particularly those around the AM broadcast band. This method is designed to be robust against interference caused by small objects and is mildly affected by urban environments, presenting a promising approach to RF fingerprinting.

The second patent, "Directive electrically-small UWB antenna system and method," introduces a process that employs multipole synthesis for the creation of directive electrically-small multipole antennas with ultra-wideband capabilities. Despite inherent losses, these antennas exhibit sufficient efficiency in high ambient noise scenarios, allowing for simultaneous performance akin to high Q resonant antennas and wide bandwidth typically found in resistively loaded antenna systems.

Career Highlights: Robert's career features pivotal engagements with several innovative companies, including Q-track Corporation and G-track Corporation. His work primarily focuses on advancing technologies in ranging and location systems, contributing valuable knowledge and experience to the field.

Collaborations: Throughout his innovative journey, DePierre has collaborated with notable peers, including Hans Gregory Schantz and Glenn Wolenec. Together, they have pushed the boundaries of electromagnetic technology, driving forward the development of effective and efficient solutions in their industry.

Conclusion: Robert Edward DePierre's inventive spirit and commitment to advancing technology have solidified his legacy within the engineering community. His latest patents not only showcase innovative thought but also spur further advancements in electromagnetic systems and antenna design. As he continues to explore new concepts, the impact of his work on the industry will undoubtedly be profound.

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