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The problem of providing security of the systems for medical treatment and diagnostic process control (SMTDC) based on radio frequency identification with the application of surface acoustic wave technologies in the approximation of the absence of collisions of tag responses is in the focus of this research. Using the statistical theory for detecting and differentiation of M signals with an unknown temporal position at the fading channel output, we have determined the characteristics of the simultaneous detection and differentiation of the responses by SAW sensors of biological signals and patient parameters and SAW radio frequency tags to the polling signal over a large a priori interval containing significant number of delay resolution elements. The approach for solving of the problems on identification of biological signals and patient parameters, as well as authentication of the patient and the attending physician to increase the security of telecommunication systems MTDC. The significant advantages of SAW technology in solving these problems are demonstrated.

Radio frequency identification and authentication in control system for diagnostic and treatment process.