Testing techniques of fiber array projectile movement parameters based on highspeed CMOS camera

This paper introduces a plane array with single high-speed CMOS camera motion parameters for the collection of projectile testing technology. The system employs linear laser, Fresnel lens and optical fiber array to form the Optical structure. It uses a single high-speed CMOS area array camera and special data image processing software to collect and calculate image motion parameters. The paper describes in detail the testing techniques for projectile motion parameters - speed and coordinate measuring principle and the optical system, and the way getting the projectile to the image acquisition speed and over the target coordinates from the optical fiber array structure and image processing algorithms on a careful analysis and design. The proposed testing techniques and applications, not only over the target coordinates for the projectile to provide a reliable test methods and theoretical basis, but also solve the projectile velocity measurement. Due to changes in the projectile trajectory leave the actual target distance and target distance bias theory error caused by measurement. Further it improves the measurement accuracy of the projectile motion parameters. To improve the performance of weapons system, it provides important theoretical and practical research basis.