李光春

2008-present : Teaching at the Institute of Measurement and Control Technology and Inertial Navigation, Harbin Engineering University.

Inertial Guidance and Control, focusing on the areas of inertial stabilization platform, control, north seeking, self-alignment, self-calibration, self-detection and calibration evaluation. 　　
Research Institute: Inertial Navigation and Measurement and Control Technology

High-precision magnetic levitation gyro north finder project
Platform-to-platform transfer alignment project
Land-based Positioning and Orientation System

Learning of Magnetically Levitated Gyro-North Finder Technology at Arsenal Central Design Bureau, Kiev, Ukraine
Sling-type gyrocompass technology at Coal Research Institute, Germany.
Inertial navigation equipment calibration at Kiev Engineering Institute, Ukraine.

control science and engineering,
electronic information

Member of the Inertia Society
Member of Instrumentation Society

1. Dynamic sliding-mode control with backstepping for stabilization loop of inertial platform. Chinese Journal of Inertial Technology, 2010, Issue 03
2. Calibration method of fiber optic Jetlink inertial measurement assembly without mounting reference. Journal of Beijing Institute of Technology, Vol. 03, 2009
3. Study on nonlinear error compensation of scale factor of dynamic tuning gyro. Journal of Harbin Engineering University, Vol. 10, No. 1, 2008.
4. Simulation study of platform drift error model parameters based on adaptive EKF. Journal of Missile and Guidance, 2007, 05
5. Application of Neural Network Technique in Initial Alignment. Journal of Missiles and Guidance, 03, 2005
6. Application of Federal Kalman Filtering in Combined INS\GPS Navigation. Journal of Missile and Guidance, 2005 SA.
7. Laser gyro transfer function modeling method. Journal of Ballistics and Guidance, 2005 S5
8. Rate-quick-link liquid-liquid-floating gyrocompass. Tactical Missile Control Technology, Issue 02, 2002.    

Won the second prize for scientific and technological progress at the provincial and ministerial levels 2 times
Provincial and ministerial level scientific and technological progress third prize 2 times