FIELD: radio engineering, applicable for construction of radar and navigational systems.
SUBSTANCE: the methods consists in selection of location of the ground beacons emitting wideband signals, formation of an independent detection system and tracking of the objects of a multiple target, covering the observation area without bursts, the radio beacons are positioned along the mutually perpendicular lines forming the cellular structure, in whose each fragment four radio beacons form squares with side 1.823 d, where d - the radius of the area of observation of one radio beacon, and the rest radio beacons are positioned in parts inside the formed square at distance d form one another and the radio beacons forming the squares, in the adjacent squares the communication lines between the radio beacons are mutually perpendicular and positioned exactly in the axis of symmetry of the square.
EFFECT: reduced energy loss, improved decamouflage net of navigation, enhanced efficiency of use of radar equipment in the observation area.
4 dwg
