The Small Air Objects Detection Method on the Basis of Combination of Single-position and Different Receipt of Signals

Abstract

An approach to increase the efficiency of detection of small air objects through the using of multi-position reception methods, in particular, the combination of single-position and spaced signal reception methods. The block diagram of the processing channels of the survey radar station of the meter range based on the combination of methods of single-position and spaced signal reception is given.

Assessing the detection zones of radar stations with the additional use of radiation from external sources

“…The ESS of the cruise missile AGM-86C is based on the calculations given in Table 1 [32][33][34]. Table 1 The ESS value of AGM-86C cruise missile [32][33][34] ESS Table 1 demonstrates that the value of AO ESS changes depending on the foreshortening of AO relative to the radar, which leads to appropriate changes in the detection zone. The example of a change in the detection zone of AO of a cruise missile the type of AGM-86C (USA) when it changes its angle is shown in Fig.…”

“…This causes appropriate changes in the detection zone. In our calculations, a value of the bistatic ESS of the cruise missile AGM-86C would be taken in accordance with the data given in Table 2 [32][33][34]. The example of a change in the AO detection zone when changing a bistatic angle is shown in Fig.…”