CAJ | 학술논문

为了突破传统电子稳像和机械稳像技术在处理速度、精度等方面的局限性，提出基于光学相关器的稳像技术，旨在实现对高速视频的实时高精度光学稳像。系统使用光学联合相关变换的方法，提取视频前后两帧变换后的相关峰，给出两帧的位移差值，通过改进后的补偿算法进行实时稳像。基于光学相关器的光学稳像器能够实现平移和旋转稳像，通过仿真和实验分析，平移稳像的精度可以达到±0．1个像元（改进补偿算法后可达±0．04个像元），旋转稳像的精度可达0．1°。
위료돌파전통전자은상화궤계은상기술재처리속도、정도등방면적국한성，제출기우광학상관기적은상기술，지재실현대고속시빈적실시고정도광학은상。계통사용광학연합상관변환적방법，제취시빈전후량정변환후적상관봉，급출량정적위이차치，통과개진후적보상산법진행실시은상。기우광학상관기적광학은상기능구실현평이화선전은상，통과방진화실험분석，평이은상적정도가이체도±0．1개상원（개진보상산법후가체±0．04개상원），선전은상적정도가체0．1°。
Compared to conventional electronic and mechanical image stabilization techniques , the image stabilization technology based on optical correlator could process data rapidly and en‐sure high accuracy .With optical joint transform correlation ,the displacement difference of two adjacent frames would be obtained .Through extracting the relevant peak position ,translation‐al and rotational stabilization could be implemented ,and with the experimental analysis ,the accuracy of translational stabilization could be achieved ± 0 .1 pixels (after improvements of compensation algorithm ,it could be up to ± 0 .04 pixels) ,and the accuracy of rotational stabi‐lization could be up to 0 .1 ° .