Publication detail

An Accurate Sparse-Matrix Semisymbolic Algorithm for Analyzing Distributed Microwave Circuits

DOBEŠ, J. BIOLEK, D. MÍCHAL, J.

Original Title

An Accurate Sparse-Matrix Semisymbolic Algorithm for Analyzing Distributed Microwave Circuits

English Title

An Accurate Sparse-Matrix Semisymbolic Algorithm for Analyzing Distributed Microwave Circuits

Type

conference paper

Language

en

Original Abstract

An optimal pivoting strategy for the reduction algorithm transforming the general eigenvalue problem to the standard one is presented for both full- and sparse-matrix procedures. The algorithm increases the precision of the semisymbolic analysis especially for the large-scale microwave circuits. The accuracy is furthermore increased using longer numerical data. First, the long double precision is utilized. Further, the application of a suitable multiple-precision arithmetic library is suggested. Finally, using the longer numerical data to eliminate possible imprecision of the multiple eigenvalues is evaluated. The algorithm is demonstrated by estimating the frequency of a distributed microwave oscillator, and by estimating the bandwidth of a distributed microwave amplifier.

English abstract

An optimal pivoting strategy for the reduction algorithm transforming the general eigenvalue problem to the standard one is presented for both full- and sparse-matrix procedures. The algorithm increases the precision of the semisymbolic analysis especially for the large-scale microwave circuits. The accuracy is furthermore increased using longer numerical data. First, the long double precision is utilized. Further, the application of a suitable multiple-precision arithmetic library is suggested. Finally, using the longer numerical data to eliminate possible imprecision of the multiple eigenvalues is evaluated. The algorithm is demonstrated by estimating the frequency of a distributed microwave oscillator, and by estimating the bandwidth of a distributed microwave amplifier.

Keywords

microwave circuit, semisymbolic algorithm, eigenvalue problem

RIV year

2006

Released

02.08.2006

Publisher

IEEE

Location

Puerto Rico

ISBN

978-1-4244-0172-7

Book

MWSCAS 2006 Proceedings of the 49th IEEE International Midwest Symposium on Circuits and Systems

Pages from

204

Pages to

208

Pages count

5

Documents

BibTex 


@inproceedings{BUT18960,
  author="Josef {Dobeš} and Dalibor {Biolek} and Jan {Míchal}",
  title="An Accurate Sparse-Matrix Semisymbolic Algorithm for Analyzing Distributed Microwave Circuits",
  annote="An optimal pivoting strategy for the reduction
algorithm transforming the general eigenvalue problem to the standard one is presented for both full- and sparse-matrix procedures. The algorithm increases the precision of the semisymbolic analysis especially for the large-scale microwave circuits. The accuracy is furthermore increased using longer numerical
data. First, the long double precision is utilized. Further, the application of a suitable multiple-precision arithmetic library is suggested. Finally, using the longer numerical data to eliminate possible imprecision of the multiple eigenvalues is evaluated. The algorithm is demonstrated by estimating the frequency of a distributed microwave oscillator, and by estimating the bandwidth of a distributed microwave amplifier.",
  address="IEEE",
  booktitle="MWSCAS 2006 Proceedings of the 49th IEEE International Midwest Symposium on Circuits and Systems",
  chapter="18960",
  institution="IEEE",
  year="2006",
  month="august",
  pages="204--208",
  publisher="IEEE",
  type="conference paper"
}