True multi-radar tracking for air defence C/sup 3/ systems
Egils Sviestins
Abstract
Egils Sviestins
Abstract
A typical C/sup 3/ system for air defence requires a clear and unambiguous air picture for efficient management of the air defence resources. Often a number of surveillance radars provide the main input data. Some kind of multi-radar tracking is then desirable for integrating the radar data to form the air picture. A number of different multi-radar tracking principles are in use. A number of important problems have to be addressed when designing a multi-radar tracking system. Bias errors, slant range errors, processing administration, and automatic track initiation are discussed, and the approach to these problems used in a recently developed commercial system is briefly considered.>
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A typical C/sup 3/ system for air defence requires a clear and unambiguous air picture for efficient management of the air defence resources. Often a number of surveillance radars provide the main input data. Some kind of multi-radar tracking is then desirable for integrating the radar data to form the air picture. A number of different multi-radar tracking principles are in use. A number of important problems have to be addressed when designing a multi-radar tracking system. Bias errors, slant range errors, processing administration, and automatic track initiation are discussed, and the approach to these problems used in a recently developed commercial system is briefly considered.>
Key concepts: Radar, Radar tracker, Tracking (education), Computer science, Man-portable radar, Air traffic control radar beacon system, Fire-control radar, 3D radar