Shiyuan Kong

Zhongshan Hospital, Changchun University of Science and Technology

Papers

Total Citations

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About

Shiyuan Kong is a rising researcher in the field of antenna metrology and electromagnetic measurement systems, with a focused expertise in near-field measurement techniques for advanced radar and communication arrays. His work addresses critical challenges in characterizing wide-angle phased array radars, which are essential for modern defense and sensing applications. In his most-cited paper (2023), Kong proposed a novel large oblique angle near-field measurement method that enables accurate radiation pattern testing for wide-angle arrays—a significant advancement for verifying the performance of next-generation radar systems. His subsequent research (2024) systematically investigates the trade-offs between probe count, measurement accuracy, and system cost in multi-probe spherical near-field systems, providing engineers with a data-driven framework for optimizing test facility design. While early in his career, Kong’s contributions are already shaping how antenna test ranges balance precision with practical constraints. His work is particularly valuable for researchers and engineers developing compact antenna test ranges (CATRs) and spherical near-field scanners, offering both methodological innovations and cost-performance guidelines that directly impact the reliability of radar and wireless communication systems.