FIELD: radio location.
SUBSTANCE: inventions relate to the field of radio location and can be used in radio location stations (radars) for detecting small-sized aerial objects (targets) moving along a rectilinear trajectory in conditions of interference. The stated result is achieved by increasing, at the second stage of detection, the time of non-coherent multi-angle integration of signals exceeding a lower level threshold at the first stage of detection. Long-term multi-angle integration at the second stage of detection is therein implemented using Hough transforms, and the results of multi-angle integration are compared with the threshold of the second stage of detection, followed by making a decision on the detection of the target with the simultaneous formation of the track thereof.
EFFECT: increase in the detection range and the distance of track initiation both for low-speed and hyper-speed small-sized targets in conditions of interference.
2 cl, 4 dwg
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Authors
Dates
2022-08-08—Published
2021-03-26—Filed