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Master's Dissertation
DOI
https://doi.org/10.11606/D.55.2020.tde-09062020-123956
Document
Author
Full name
Vinícius Novelli da Silva
E-mail
Institute/School/College
Knowledge Area
Date of Defense
Published
São Carlos, 2020
Supervisor
Committee
Silva, Paulo Leandro Dattori da (President)
Kirilov, Alexandre
Petronilho, Gerson
Zani, Sergio Luis
Title in Portuguese
Resolubilidade semiglobal de classes de campos vetoriais não-singulares
Keywords in Portuguese
Condição (P)
Condições diofantinas
Normalização
Órbitas presas
Resolubilidade semiglobal
Abstract in Portuguese
Neste trabalho, estudamos uma família de operadores diferenciais parciais de primeira ordem definidos em uma vizinhança de um toro invariante Tm0 : = Tm Χ ⊂ Tm Χ Rn. Estes operadores possuem órbitas (no sentido de Sussmann) contidas em Tm0. Mostramos que, se uma certa condição diofantina (de tipo Siegel) for satisfeita, é possível encontrar uma forma normal para estes operadores numa vizinhança do toro invariante. Neste caso, um resultado de resolubilidade semiglobal é provado. Discutimos o problema nas categorias C (suave) e Cω (real-analítica).
Title in English
Semiglobal solvability for classes of non-singular vector fields
Keywords in English
Condition (P)
Diophantine conditions
Normalization
Semiglobal solvability
Trapped orbits
Abstract in English
In this work, we study a family of first-order partial differential operators defined in a neighborhood of an invariant torus Tm0 : = Tm Χ ⊂ Tm Χ Rn. These operators have orbits (in the sense of Sussmann) which are contained in Tm0. We prove that, if a certain diophantine condition (of Siegel-type) is satisfied, it is possible to determine a normal form for these operators in a neighborhood of the invariant torus. In this case, we also prove a semiglobal solvability result. We discuss the problem in the C (smooth) and Cω (real-analytic) categories.
 
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Publishing Date
2020-06-09
 
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