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IEEJ Transactions on Electrical and Electronic Engineering | Vol.13, Issue.3 | | Pages

An iterative technique for optimally designing a separable 2D FIR filter

Hao Wang Zhihua Jian Rong Zeng Xinmin Cheng

Abstract

The optimal design of a separable two-dimensional (2D) finite impulse response (FIR) filter is a nonlinear programming problem. In this paper, an iterative alternating optimization technique for optimally designing the separable 2D FIR filter in the mini-max sense and the least-square sense is proposed. Implementation of the proposed technique only requires a suitable initial solution. The simulation experiment validates the effectiveness of the proposed technique.

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An iterative technique for optimally designing a separable 2D FIR filter

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Keywords

designing optimal design of separable twodimensional 2d finite impulse response fir filter leastsquare sense iterative alternating optimization technique nonlinear programming problem

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Hao Wang, Zhihua Jian, Rong Zeng, Xinmin Cheng,.An iterative technique for optimally designing a separable 2D FIR filter. 13 (3),.

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