Ivakhiv O. Measuring Instrumentation Information Efficiency Increasing Algorithmic-Structural Methods

Multichannel physical processes measurement instrumentation. Thesis is dedicated to the problems of the measuring instrumentation information efficiency increasing due to their structure optimization and the new measuring signals processing algorithms using. Error theory, random process, high algebra, corrective coding, electro circuits theory simulation. There is proposed and investigated the measurement object information state universal numerical estimation, the measurement object information quantity received by the multichannel electric and magnetic quantities instrument is estimated, the sequence activities number algorithm formation for a priori well known and unknown object sources activities statistics. The new multichannel electric and magnetic quantities adaptive-difference, combine, programmable and intelligent measurement instrument structures information efficiency due to the channel capacity and measurement signal power reduction by theoretical and simulation ways were researched. Application - instrumentation, measurement object.