Centimeter and millimeter radioholographic imaging system design: speeding up the performance
Radioholographic system performance requirements are defined. Radioholographic imaging system model is constructed, its dynamics is analyzed and frame-forming time for different signal generating and registration configurations is obtained. It's pointed out that for a single-channel receiver a real-time operation can be obtained only with a two dimensional switched array with one emitter. Several ways of speeding up the performance of those systems are proposed analyzed: parallel computing, dynamic radiohologram parts processing, guided passive scatters application.