Browsing by Author "Nan-Hung Kuo"

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A Generalized Technique in the Solutions of Some Diffraction Problems Concerning Dielectric Wedges
(交大學刊編輯委員會, 1969-04)
郭南宏
;
Nan-Hung Kuo
A modified technique in dealing with the generalized Wiener-Hopf equations is presented. The basic procedure is to apply the topological concept, by which a transform equation is reduced without performing product factorization to a set of matrix equations. Moreover, the theory of distribution is applied to simplify the problem formulation. A new theorem concerning additive decomposition is deduced and used to verify the authenticity of the method are discussed. In this paper an example, diffraction of a plane wave by a right-angled dielectric wedge, is included to illustrate the application of the method.
A Note on the Solution of a Difference Equation with Three Indices
(交大學刊編輯委員會, 1974-03)
郭南宏
;
王樂羣
;
Nan-Hung Kuo
;
Leh-Chyun Wang
The generating-function technique for the solution of a linear three-index difference equation with constant coefficients is proposed. In addition, the algorithm for the proposed technique is presented.
An On-Line Circuit Design System
(交大學刊編輯委員會, 1974-03)
郭南宏
;
鍾乾癸
;
黃炎松
;
Nan-Hung Kuo
;
Chyan Goei Chung
The purpose of this paper is two folds: (1)To introduce an on-line computer system for circuit analysis and design, which will be set up in Chiao-Tung University (2) To outline the basic method employed by us for developing an entire software system from system design to mask preparation.
On the Surface Wave Diffraction by a Step
(1969-04)
郭南宏
;
Nan-Hung Kuo
A modified procedure of the Wiener-Hopf technique is developed, and used to determine the transmitted and reflected fields of a surface wave which is normally incident upon the junction of two semi-infinite planes joined together by a step of height a.Both planes have normalized reactance X , and the step surface has X0 .Reduction of the transmission loss at the step by increasing X0 is shown to be possible. The relation between edge condition and uniqueness of solution along with field behaviors at the corners of the step are fully investigated. A comparison between the present procedure and the residue cancellation is made.