Linping Peng
Papers
2
Total Citations
6
H-Index
2
About
Linping Peng is a researcher at the forefront of micro-electro-mechanical system (MEMS) gyroscope technology, specializing in nonlinear estimation, robust control, and multiphysics field modeling. Their major contributions address the critical challenge of bias uncertainty in MEMS gyros used in automotive and robotic applications. Peng pioneered a nonlinear robust bias observer that leverages noninertial attitude sensor measurements to handle dynamic sensitivities that linear drift models cannot capture—a breakthrough for commercial-grade sensors. More recently, Peng developed an online aggregate modeling framework for time-varying multiphysics field-coupling bias, enabling real-time accuracy improvements in modern transportation systems. Though early in their career, with papers accumulating 4 and 2 citations respectively, these works are foundational to advancing MEMS reliability in autonomous navigation. Peng’s research bridges theoretical control theory with practical sensor calibration, offering elegant solutions to the industry’s pressing need for robust, field-deployable gyro compensation. Their work promises to enhance the safety and precision of next-generation robotic and vehicular systems.
Research Focus
Key Achievements
Top Papers
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- 2