GENERALIZATION OF THE METHOD OF LINEAR INTEGRAL EQUATIONS HAVING FUNDAMENTAL SIGNIFICANCE FOR GRAVITMETRY AND MAGNETOMETRY: 3. FINDING OF HIGH-PRECISION APPROXIMATE SOLUTIONS OF THE MULTITUDE OF LINEAR ALGEBRAIC EQUATIONS WITH EXACT DATA IN THE RIGHT PARTS

Abstract

In Parts land 2, the author of the present communication presented a linear integral presentation method, which is exceptionally important in gravimetry, magnetometry, and geodesy, and described the methods of its solution - finding functions ρ r(ξ) appearing in the integral presentations of useful components f i of given values f i, δ. Two modifications of each of the two methods (variation and structural parametric) are considered.