RUSSIAN JOURNAL OF EARTH SCIENCES VOL. 1, NO. 4, PAGES 271–299, doi:10.2205/1999ES000020, 1999
Approximation approach to the solution of gravity and magnetic problems. 1. The regularization of the systems of linear algebraic equations as the main computation problemV. N. Strakhov, and A. V. StrakhovAbstract[1] Since no abstract was given for this paper, its subject matter can be derived from the headings given below: Introduction 1. The brief characteristics of the classical theory available for regularizing the systems of linear algebraic equations with approximate data; 2. The method of the regularized expanded systems of second-order linear algebraic equations and some properties of the method of variation regularization; 3. A new theory of regularizing the systems of linear algebraic equations with approximate data; 4. The classification of the main ideas used for constructing and regularizing the systems of linear algebraic equations, developed in terms of this new theory; 5. Conclusion; 6. References. Received 15 April 1999; published 25 June 1999. Keywords: gravity and magnetic problems, approximation approach, regularization of algebraic equations. Citation: Strakhov, V. N., and A. V. Strakhov (1999), Approximation approach to the solution of gravity and magnetic problems. 1. The regularization of the systems of linear algebraic equations as the main computation problem, Russ. J. Earth Sci., 1, No.4, 271-299, doi:10.2205/1999ES000020. Copyright 1999 by the Russian Journal of Earth Sciences Powered by TeXWeb (Win32, v.2.0). |