2015•Thai Journal of MathematicsOpen access

Rate of Convergence of P-Iteration and S-Iteration for Continuous Functions on Closed Intervals

Prayong Sainuan.

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Abstract

In this paper, we first give a necessary and sufficient condition for convergence of P-iteration to a fixed point of continuous functions on an arbitrary interval and prove equivalence of P-iteration and S-iteration. We also compare the rate of convergence between P-iteration and S-iteration. Some numerical examples for comparing the rate of convergence of those two methods are also given.

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What this paper is about

In this paper, we first give a necessary and sufficient condition for convergence of P-iteration to a fixed point of continuous functions on an arbitrary interval and prove equivalence of P-iteration and S-iteration. We also compare the rate of convergence between P-iteration and S-iteration. Some numerical examples for comparing the rate of convergence of those two methods are also given.

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Available abstract

In this paper, we first give a necessary and sufficient condition for convergence of P-iteration to a fixed point of continuous functions on an arbitrary interval and prove equivalence of P-iteration and S-iteration. We also compare the rate of convergence between P-iteration and S-iteration. Some numerical examples for comparing the rate of convergence of those two methods are also given.

Key concepts: Mathematics, Power iteration, Fixed-point iteration, Rate of convergence, Equivalence (formal languages), Convergence (economics), Convergence tests, Fixed point

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Rate of Convergence of P-Iteration and S-Iteration for Continuous Functions on Closed Intervals — Research Paper | ScholarLens