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Satellite jitter has become a more and more important factor which affects the quality of imagery products with development of thehigh resolution satellite. This paper focused on analyzing the impact on multi-spectral image caused by satellite jitter and proposed ajitter detection and compensation method to improve the band-to-band registration efficiently when jitter exists without observationby attitude sensor. Firstly, the design of multi-spectral camera and the mainstream band-to-band registration method is introduced toexplain factors influencing the registration accuracy. As one of factors, satellite jitter is an unexpected satellite movement and dohave impact on registration on both across and along track but easy to be ignored for the lack of high frequency and accuracyattitude data. So next the jitter detection and compensation method is proposed, in which there are six main steps to achieve theanalysis of registration accuracy with and without jitter and improvement of registration accuracy after compensation when the jittercannot be ignored. Finally, three sets of multi-spectral images of ZY-3 were used to verify the proposed method. As a result, theerror caused by satellite jitter was suppressed efficiently from 0.2pixels to 0.02pixels and registration accuracy (RMSE) wasimproved from 0.32 pixels to 0.11 pixels by the proposed method. The results indicate that the proposed method can detect andcompensate the distortion of multi-spectral image caused by satellite jitter accurately and efficiently

Detection and Compensation of Band-to-band Registration Error for Multi-spectral Imagery Caused By Satellite Jitter