Integer lattice gas automata for the numerical solution of electromagnetic problems / by Joanne R. Treurniet & N.R. Simons, Antenna and Integrated Electronics.: Co24-3/7-98-001E-PDF

"Integer lattice gas methods are gaining in popularity due to their speed, their inherent lack of computational error, and the possible use of non-floating point computer architectures. In this study, we attempt to apply these advantages to electromagnetic problems. This report will provide an introduction to lattice gas automata and transmission line matrix methods, then show how the two can be combined to simulate electromagnetic wave behaviour. Application of the model to the TE modes of a 2-dimensional waveguide will be presented and limitations of the model will be discussed"--Abstract.

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Publication information
Department/Agency Canada. Industry Canada, issuing body.
Communications Research Centre (Canada), issuing body.
Title Integer lattice gas automata for the numerical solution of electromagnetic problems / by Joanne R. Treurniet & N.R. Simons, Antenna and Integrated Electronics.
Series title CRC report ; no. CRC-RP-98-001
Publication type Series - View Master Record
Language [English]
Format Electronic
Electronic document
Note(s) Cover title.
Digitized edition from print [produced by Innovation, Science and Economic Development Canada].
Includes bibliographical references (pages 69-70).
Publishing information Ottawa : Communications Research Centre = Centre de recherches sur les communications, January 1998.
Author / Contributor Treurniet, Joanne R., author.
Description 1 online resource (70 pages) : illustrations, graphs.
Catalogue number
  • Co24-3/7-98-001E-PDF
Subject terms Integer programming.
Lattice theory.
Electromagnetic waves.
Programmation en nombres entiers.
Théorie des treillis.
Ondes électromagnétiques.
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