Basic Principles of Organization of System Software

Optical diagnostic systems find increasing applica-tion in modern medicine due to such advantages as high sensitivity of modern optoelectronic detectors of radia-tion and wide variety of available inexpensive laser and LED light sources. In particular, optical diagnos-tic systems are widely used for noninvasive spectropho-tometry [10], which includes optical pulsoximetry, biophotometry, fluorescence diagnosis, as well as vari-ous combined diagnostic techniques [6-11]. These methods meet the worldwide trend toward introduction into medical practice of effective diagnostic methods mini-mizing invasiveness, radiation load, and other physi-ologically and psychologically undesirable effects. Complex noninvasive spectrophotometric techniques make it possible to perform real-time monitoring of th