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Ternary influences on the fiber-optical measuring network

The purpose of the given work is further solution of actual fiber-optical tomography problem of spatial distribution reconstruction of the physical influences on the fiber-optical measuring networks. The problem of simultaneous reconstruction of the places and values of ternary influences on fiber-optical measuring network from 3×3 to n×m dimension is described. For discussion of this problem were used the algebraic methods for solution of the system of linear algebraic equations. As the tomography data the integrated data coming from the fiber-optical measuring lines, assembled according to the perpendicular stacking scheme on the fiber-optical measuring network were used.