Stefan Boecker
Papers
1
Total Citations
21
H-Index
1
About
Stefan Boecker’s research lies at the intersection of 5G millimeter-wave communications and unmanned aerial vehicle (UAV) technology, with a focus on how advanced antenna systems can enable reliable, high-speed connectivity in dynamic aerial environments. His most cited work, “On the Potential of 5G mmWave Pencil Beam Antennas for UAV Communications: An Experimental Evaluation” (2018, 21 citations), provides pioneering experimental evidence on the feasibility of using pencil beam antennas—a key component of 5G mmWave networks—for UAV links. Boecker’s major contribution is demonstrating that while these antennas offer high gain and spatial separation, their narrow beams pose significant challenges in highly mobile scenarios, such as drone flight, where rapid beam alignment is critical. This work has informed subsequent research on beam tracking and adaptive antenna designs for aerial platforms. Boecker’s findings are particularly valuable for engineers developing 5G-connected drones for applications like surveillance, delivery, and emergency response, where robust communication is paramount. His experimental approach and clear articulation of trade-offs have made this paper a foundational reference in the emerging field of UAV communications.
Research Focus
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Top Papers
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