Improved Ujević method for finding zeros of linear and nonlinear equations
Journal Title: INTERNATIONAL JOURNAL OF MATHEMATICS TRENDS AND TECHNOLOGY - Year 2012, Vol 3, Issue 2
Abstract
—In this paper, we suggest a new predictor- corrector method for solving nonlinear equations by combining Halley’s method and Ujević method. The method is verified on a number of test examples and numerical results show that the proposed method is very effective with respect to Ujević method and Newton’s method for finding zeros of nonlinear equations.
Authors and Affiliations
Anup Kumar Thander#1 , Goutam Mandal#2
Keywords
Related Articles
- EP ID EP135642
- DOI -
- Views 114
- Downloads 0
Evaluation of Watermarking Techniques
Now a days the copyright of multimedia and secrete information is very difficult to transfer across the internet multimedia objects must be compressed before transmitting the data. The JPEG compression is one of th...
On Edge Pair Sum Labeling of Graphs
An injective map f : E(G) → {±1,±2,…,±q} is said to be an edge pair sum labeling of a graph G(p, q) if the induced vertex function f^*:V(G)→Z-{0} defined by f^* (v)=∑_(e∊E_v)▒f(e) is one – one, where E_v denotes the set...
A Study on the Queue Length of the State-Dependent of an Unreliable Machine
In this paper, we consider a state-dependent queueing system in which the machine is subject to random breakdowns. Jobs arrive at the system randomly following a Poisson process with state-dependent rates. Service times...
MAX-NORM Q-FUZZY INTERVAL VALUED SUBGROUPS OF NEAR RINGS
In this paper we introduce the notion of Interval Max norm Q-fuzzy R-subgroup of near rings and investigate some of their properties. Using Lower level set, we give a characterization of Maxi Q-fuzzy right R- s...
A Stochastic Frontier Model on Investigating Efficiency of Life Insurance Companies in India
The present paper attempts to investigate the efficiency of life insurance companies in India for the year 2011. An insurance company is said to be efficient if it produce maximum profit using minimum level of available...