Influence of microvibrations on the quality of remote sensing data

Modern remote sensing systems are equipped with high-precision optoelectronic equipment, characterized by exceptional sensitivity to microvibrations. Even minimal mechanical vibrations of the satellite body or optical platform can significantly affect the quality of the resulting images, causing pixel deformation and blurring of spatial structures. This phenomenon is a critical problem that is relevant for the scientific community and requires detailed analysis based on fundamental principles of physics and engineering, as well as the development of effective methods for compensating vibration effects.