ABSTRACT
Signal formation and processingmethods are considered taking into
account the requirements of high resolution and processing speed
that are very important for full-field optical coherence microscopy.
Special attention is devoted to the problem of information capacity
of optical and electronic channels, where information is acquired
and transmitted. Possibility to decrease the amount of data that
has to be processed using signal downsampling, that is, missing
uninformative video frames, is considered and discussed. Modern
recurrence algorithms of signal processing in state space in dynamic
mode are presented, and examples of experimental applications of
high-speed processing algorithms are given.
