SENSITIVITY OPTIMIZATION METHOD OF GYROSCOPE FOR MAGNET-GYRO GUIDANCE

摘要

The present invention is a sensitivity optimization method of a gyroscope for a magnet-gyro guidance system for driving guidance by first and second encoders for individually measuring the angular velocity of wheels at both sides of a moving body and a gyroscope for measuring the angular velocity of a vehicle body. Especially, the sensitivity optimization method of a gyroscope for a magnet-gyro guidance system optimizes each sensitivity of rotations in a left direction and a right direction by a dynamic encoding optimization method on a system which checks the gyroscope mounted on the moving body to optimize the sensitivity of the gyroscope varying according to a slope of an installed location and the performance of a measurement system.