Results 281 to 290 of about 5,976,148 (331)
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A new fixed point iteration method for nonlinear third-order BVPs
International Journal of Computer Mathematics, 2021In this article, we shall present a novel approach based on embedding Green's function into Ishikawa fixed point iterative procedure for the numerical solution of a broad class of boundary value problems of third order.
Issam Louhichi, S A Khuri
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Iteration seems to play a fundamental role in learning theory - as everywhere else. Since neurons need a rather long time to reach a stable state, Caianiello's Paradox suggests that special actions cause the iteration of state transitions until a stable neural state is reached. Now, a stable state is a fixed point for any transition function; so we may
G. Germano, MAZZANTI, STEFANO
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An inexact fixed point iteration method for solving absolute value equation
Japan Journal of Industrial and Applied MathematicsShu-Xin Miao
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Fixed point sets through iteration schemes [PDF]
We introduce the notion of a general fixed point iteration scheme to unify various fixed point iterations in the literatures, and extend the concept of virtual stability of a selfmap to an iteration scheme to obtain a connection, through an explicit ...
P Chaoha
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A fixed-point iteration scheme for real-time model predictive control
Automatica, 2012Knut Graichen
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Acceleration of iteration methods for interval fixed point problems [PDF]
We consider the fixed point equation x=F(x) with a continuous and inclusion isotone interval function F:Rn→Rn. The iteration xk+1=F(xk) converges monotonically (xk+1⊆xk) to a fixed point of F if x1⊆x0.
Rihm, Robert
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A modified fixed point iteration method for solving the system of absolute value equations
Optimization, 2020The fixed point iteration (FPI) method proposed by Ke [Appl Math Lett. 2020;99:105990] for solving the absolute value equations (AVE) with the form is interesting for its simplicity and efficiency. However, its convergence is only guaranteed for the case
D. Yu, Cairong Chen, Deren Han
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Finiteness conditions for fixed point iteration
ACM SIGPLAN Lisp Pointers, 1992This paper provides a link between the formulation of static program analyses using the framework of abstract interpretation (popular for functional languages and using the more classical framework of data flow anlysis (popular for imperative languages). In particular we show how the classical notions of fastness, rapidity and
Flemming Nielson, Hanne Riis Nielson
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