Papers
6
Total Citations
24
H-Index
3
About
Hyoungho Ko is a leading researcher in biomimetic microsystems and mixed-signal integrated circuit design, with a focus on insect-inspired sensors and MEMS-based instrumentation. His work bridges biology and engineering, developing high-performance readout electronics for robotic and industrial applications. Ko’s most cited paper, “A Four-Channel Low-Noise Readout IC for Air Flow Measurement Using Hot Wire Anemometer in 0.18 μm CMOS Technology” (8 citations), proposes a low-noise integrated circuit for air velocity sensing, directly supporting insect biomimetic robot systems. He has also made notable contributions to bio-inspired navigation, including a haltere-mimicking gyroscope for three-axis angular velocity sensing, inspired by Diptera flight control. His research extends to precision motion sensing, as seen in his work on absolute capacitive encoders using sample-and-hold demodulators to reduce channel interference. Ko’s early achievements include a 16-bit ultra-thin tri-axes capacitive microaccelerometer for mobile applications, integrating MEMS and ASIC technologies. With a career spanning over a decade, his work has accumulated dozens of citations and continues to influence the fields of biomimetic robotics, nanotechnology-enhanced photodetectors, and low-noise sensor interfaces.
Research Focus
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Top Papers
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