IMPROVING THE ACCURACY OF SELECTION RADIOECHO BIRDS
Developed in Israel, the selection algorithm radioecho birds for many years during periods of mass Intercontinental migration has been successfully applied to safety transport and military aviation. Get in the timekeeping mode, every 20 minutes maps radar ornithological situation allow managers of flights to distance in time and space routes of migratory birds and aircraft. The flight leaders in planning and managing the movement of aircraft into account the actual bird situation. However, under certain weather conditions, the recognition algorithm radioecho birds still misses some number of false signals that are generated atomized clouds and atmospheric inhomogeneities. In the present work proposes to use the additional features radio that will increase the accuracy of selection of useful signals. These signs are based on the use of polarization characteristics of the reflected signals.