IDENTIFICATION OF SYSTEMATIC ERRORS IN AZIMUTH FOR SEVERAL RADARS |
| 4 | |
| 2011 |
| scientific article | 681.5.015 | ||
| 147-148 |
| The work deals with a problem of identification of systematic errors in azimuth for several all-round looking radars. It is assumed that each radar measures the slant range and azimuth in its own local coordinate system with some time step (observation). Observation steps in various radars can be different. Two algorithms for identification have been elaborated. The first algorithm uses the Hooke and Jeeves method for finite-dimensional optimization. The second one applies the Kalman filtration. Simulation results are presented |
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