Papers
11
Total Citations
525
H-Index
7
About
Hyungbo Shim is a control systems engineer whose research spans robust control, multi-agent systems, drone technology, and cybersecurity-integrated control — areas in which he has made lasting and increasingly interdisciplinary contributions. His early work addressed fundamental challenges in robot control, including set-point regulation of elastic joint robots and output regulation for linear time-varying systems, laying groundwork for later applied breakthroughs. His most-cited contribution — a backstepping-plus-disturbance-observer framework for two-inertia systems (142 citations) — offered a practical solution to model uncertainty in industrial robot arms, a problem central to real-world deployment. This disturbance-observer methodology extended naturally to multirotor UAVs (93 citations), enabling precise flight control under equipment-induced uncertainty. A particularly distinctive thread in Shim's work is the integration of cryptographic security with real-time control: his 2018 paper on homomorphic authenticated encryption for drone systems (130 citations) stands as a pioneering effort to protect cyber-physical systems without sacrificing control performance. His contributions to multi-agent consensus and formation control (112 citations) further reflect a commitment to distributed, networked systems. More recently, work on simultaneous localization and formation control, as well as biomimetic gyroscopes, demonstrates a continued drive toward innovative, application-driven research.
Research Focus
Key Achievements
Top Papers
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- 4Robust Control of an Equipment-Added Multirotor Using Disturbance Observer93 citations · 2017
- 5Set-point control of elastic joint robots using only position measurements12 citations · 2002
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