The use of tomography methods for data observation, processing, and fiber-optic methods for distribution measurement network design will have great influence on the development of real-time MSP methods. It makes it possible to decrease the information channel number and to improve the signal-to-noise ratio of the information channel due to light carrier use and a combination of sensing and transmitting function in a common fiber-optic tract. The object of this paper is development and investigation of a fiber-optic distribution measuring network using tomography methods of data observation and processing. This network could solve the problem of measurement and reconstruction of the parameter distribution function of non-stationary physical fields.
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