This paper presents a new algorithm based on Integrated Congru-ence transform for the analysis of both uniform and nonuniform transmission lines. The key advantage of the proposed algorithm is that constructing a spanning orthonormal basis for the space-dependent moments is done without computing these moments ex-plicitly. The proposed algorithm thus carries the numerical effi-ciency of Krylov-based projection techniques of lumped RLC net-works to the domain of the distributed transmission line networks. The proposed algorithm can be used to construct an orthogonal ba-sis for any set of moments related through a differential operator
Abstract: A novel method is introduced for frequency domain analysis of arbitrary nonuniform transmi...
This paper presents an iterative and adaptive perturbation technique for the analysis of nonuniform ...
ABSTRACT: The Fourier transform and mode-matching techniques are applied in the analysis of single-l...
A new orthogonalization algorithm is presented for sensitivity analysis techniques based on the inte...
This paper presents a new algorithm that addresses an important issue arising in computation of sens...
A new algorithm is presented for sensitivity analysis of nonunifom, multi-conductor transmission lin...
In this article, a novel procedure for the frequency-domain solution of nonuniform transmission line...
A novel method is proposed to compute moments of nonuniform distributed coupled RLC transmission lin...
In this article, a novel procedure for the frequency-domain solution of nonuniform transmission line...
This paper presents a frequency-domain perturbative technique for the solution of nonuniform transmi...
In this paper, we provide a multipoint moment matching model for multiport distributed interconnect ...
<span>Transmission lines are utilized in many applications to convey energy as well as information. ...
This paper describes a new algorithm for the analysis of high-speed interconnects characterized by f...
This paper explains how to convert a distributed- parameter model of an unsymmetrical transmission l...
In this paper, we present new moment models for uniform, nonuniform and coupled transmission lines. ...
Abstract: A novel method is introduced for frequency domain analysis of arbitrary nonuniform transmi...
This paper presents an iterative and adaptive perturbation technique for the analysis of nonuniform ...
ABSTRACT: The Fourier transform and mode-matching techniques are applied in the analysis of single-l...
A new orthogonalization algorithm is presented for sensitivity analysis techniques based on the inte...
This paper presents a new algorithm that addresses an important issue arising in computation of sens...
A new algorithm is presented for sensitivity analysis of nonunifom, multi-conductor transmission lin...
In this article, a novel procedure for the frequency-domain solution of nonuniform transmission line...
A novel method is proposed to compute moments of nonuniform distributed coupled RLC transmission lin...
In this article, a novel procedure for the frequency-domain solution of nonuniform transmission line...
This paper presents a frequency-domain perturbative technique for the solution of nonuniform transmi...
In this paper, we provide a multipoint moment matching model for multiport distributed interconnect ...
<span>Transmission lines are utilized in many applications to convey energy as well as information. ...
This paper describes a new algorithm for the analysis of high-speed interconnects characterized by f...
This paper explains how to convert a distributed- parameter model of an unsymmetrical transmission l...
In this paper, we present new moment models for uniform, nonuniform and coupled transmission lines. ...
Abstract: A novel method is introduced for frequency domain analysis of arbitrary nonuniform transmi...
This paper presents an iterative and adaptive perturbation technique for the analysis of nonuniform ...
ABSTRACT: The Fourier transform and mode-matching techniques are applied in the analysis of single-l...