Mingoo Seok
Papers
2
Total Citations
11
H-Index
2
About
Mingoo Seok is a leading researcher in ultra-low-power integrated circuits and systems, with a focus on enabling energy-efficient computing for emerging embedded platforms such as autonomous robots and vehicles. His major contributions lie in developing near-threshold-voltage (NTV) design techniques and robust system-on-a-chip (SoC) architectures that achieve milliwatt-level power consumption while maintaining high reliability. Notably, his work on a near-threshold-voltage network-on-chip with metastability error detection and correction demonstrates a breakthrough in supporting quad-voltage/frequency-domain ultra-low-power SoCs, addressing critical challenges in heterogeneous integration. With over 7 citations for this seminal work, Seok's research has significantly advanced the field of energy-efficient VLSI design. More recently, his ultra-lightweight visual-inertial odometry (UL-VIO) framework, featuring noise-robust test-time adaptation, pushes the boundaries of real-time perception for resource-constrained systems. Seok's innovations are pivotal for the next generation of autonomous systems, where extreme energy efficiency and robustness are paramount. His work continues to inspire new directions in low-power computing and embedded AI.
Research Focus
Key Achievements
Top Papers
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