The Convergence of a Class of Parallel Newton-Type Iterative Methods
Huang Qing-long
Abstract
Open-access reader
Huang Qing-long
Abstract
Open-access reader
A general iterative process is proposed, from which a class of parallel Newton-type iterative methods can be derived. A unified convergence theorem for the general iterative process is established. The convergence of these Newton-type iterative methods is obtained from the unified convergence theorem. The results of efficiency analyses and numerical example are satisfactory.
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A general iterative process is proposed, from which a class of parallel Newton-type iterative methods can be derived. A unified convergence theorem for the general iterative process is established. The convergence of these Newton-type iterative methods is obtained from the unified convergence theorem. The results of efficiency analyses and numerical example are satisfactory.
Key concepts: Convergence (economics), Iterative method, Local convergence, Mathematics, Type (biology), Applied mathematics, Class (philosophy), Iterative and incremental development