Effective computations with 2-variable polynomial matrices in MATHEMATICA

0106320 - UTIA-B 20040132 RIV TR eng C - Conference Paper (international conference)
Kujan, P. - Hromčík, Martin - Šebek, M. - Karampetakis, N. P. - Antoniou, E. N. - Vologiannidis, S.
Effective computations with 2-variable polynomial matrices in MATHEMATICA.
[Efektivní výpocty s 2-D polynomiálními maticemi v programu MATHEMATICA.]
Proceedings of the 12th IEEE Medeterranean Conferences on Control and Automation. Kusadasi: IEEE, 2004, s. 1-5.
[IEEE Medeterranean Conferences on Control and Automation /12./. Kusadasi (TR), 06.06.2004-09.06.2004]
R&D Projects: GA MŠMT ME 496
Institutional research plan: CEZ:AV0Z1075907
Keywords : polynomial matrix * rational matrices * pole assignment
Subject RIV: BC - Control Systems Theory

This report describes our joint work on implemen-tation of effective numerical routines for two-variable polyno-mial matrices in the MATHEMATICA software. New functions econnected to the already created program package, being developed at the Czech Technical University in Prague, which calculates only with polynomial matrices in one variable. As the first step, new polynomial object for 2-D polynomial matrix was created in the MATHEMATICA programming language.

Tento clánek popisuje nasi implementaci výkonných výpocetních procedur pro 2-D polynomiální matice v prostredí MATHEMATICA. Tyto nové funkce byly pridány k balíku programu pro standardní polynomiální matice v jedné promenné, který je vyvíjen autory. V první fázi byly navrzeny objekty pro reprezentaci 2-D polynomiálních matic v programovacím jazyku MATHEMATICy
Permanent Link: http://hdl.handle.net/11104/0013502