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A Computational Method of a Tangent Bifurcation Set by Using the Bisection Method
Yuji KATSUTA George MIYAKE
A - Abstracts of IEICE TRANSACTIONS on Fundamentals of Electronics, Communications and Computer Sciences (Japanese Edition)
Publication Date: 2018/07/01
Online ISSN: 1881-0195
Type of Manuscript: PAPER
nonlinear, tangent bifurcation, bifurcation set, bisection method,
Full Text(in Japanese): PDF(1.1MB)
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Many dynamic systems are described by nonlinear ordinary differential equations. The order of differential equations becomes higher, a numerical analysis for the equations involves a great deal of difficulty. Variations in parameters in the differential equation achieve a change in the property of solutions to the differential equations, which is called a bifurcation phenomenon. Values of the parameters at a bifurcation phenomenon are called bifurcation parameters. The Newton method in calculations of a bifurcation set requires differential coefficients of second order, which makes its dimension of differential coefficients extremely large in size, consequently it is difficult to deal with the coefficients. A computational algorithm using the bisection method for a bifurcation set is applied to a tangent bifurcation of an equilibrium point. The algorithm provides a way for the calculations of a bifurcation set without the differential coefficients of second order, and the difficulty as described above can be averted.