A pseudodynamic programming technique for the design of correlator supersynthesis arrays

A correlator supersynthesis array is defined as an array of antennas connected together in pairs as interferometers and capable of tracking a radio source during its apparent motion in the sky. Some problems in the design of such arrays are discussed. A computerized optimization technique, termed pseudodynamic programming, is described for the design of such arrays and some results are presented. The limitations and capabilities of the technique are discussed.