A digital processing approach has been devised for performing motion compensation in a high-resolution airborne synthetic aperture radar in the presence of simultaneous longitudinal (speed change), lateral (turn), and vertical (climb or dive) maneuvers. Both side-look and squint are accommodated in a unified scheme, which is validated by various simulation runs reported herein. Present attention is focused on theoretical verification, irrespective of mechanization or specific parameter values.
Synthetic Aperture Imaging with Maneuvers
IEEE Transactions on Aerospace and Electronic Systems ; AES-8 , 4 ; 410-418
1972-07-01
2128147 byte
Article (Journal)
Electronic Resource
English
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