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Currently, one of the actual problems is remote monitoring of technical state of large objects. Different
methods can be used for that purpose. The most promising of them relies on application of ground based synthetic
aperture radars (SAR) and differential interferometry. We have designed and tested Ground Based Noise Waveform
SAR based on noise radar technology [1] and synthetic aperture antennas [2]. It enabled to build an instrument for
precise all-weather monitoring of large objects in real-time. We describe main performance of ground-based
interferometric SAR which uses continuous Ka-band noise waveform as a probe signal. Besides, results of laboratory
trials and evaluation of its main performance are presented as well.