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<mrnumber>MR2761092</mrnumber>
<author>Yoshishige HARAOKA and Mitsuo KATO</author>
<author_utf8>Yoshishige HARAOKA and Mitsuo KATO</author_utf8>
<title>Generating Systems for Finite Irreducible Complex Reflection Groups</title>
<journal>Funkcialaj Ekvacioj. Serio Internacia</journal>
<volume>53</volume>
<year>2010</year>
<page>435--488</page>
<url_pdf>http://fe.math.kobe-u.ac.jp/FE/FullPapers/53-3/53_435.pdf</url_pdf>
<mathsci_link>http://www.ams.org/mathscinet-getitem?mr=MR2761092</mathsci_link>
<abstract>For each finite irreducible complex reflection group $G$ in ${\rm GL}(n,{\bf C})$, we construct a system $E_G(z)$ of differential equations on $Z\simeq {\bf P}^{n-1}$ of rank $n$ with the monodromy group $G$, and with the following generating property: If a system $E'(z)$ on $Z$ of rank $n$ has a finite monodromy group and a projective monodromy group which is a subgroup of ${\bf P}(G)$, there is an algebraic transformation $E'(z)=\theta(z)^{1/k} E_G(\sigma(z))$, where $k$ is an integer, $\theta(z)$ a rational function on $Z$, and $\sigma(z)$ a rational map of $Z$ to $Z$. For $n=2,3$, we give explicit forms of $E_G(z)$. Several examples of the above algebraic transformation are also given.</abstract>
<keywords>Generating system, Complex reflection group, Hypergeometric function, Schwarz map, Monodromy group.</keywords>
<subject>Primary 33C20.</subject>
<fesi_info>
  <FILE>53-435</FILE>
  <YEAR>2010</YEAR>
  <TITLE>Generating Systems for Finite Irreducible Complex Reflection Groups</TITLE>
  <AUTHOR>Yoshishige HARAOKA and Mitsuo KATO</AUTHOR>
  <AUTHOR_utf8>Yoshishige HARAOKA and Mitsuo KATO</AUTHOR_utf8>
</fesi_info>

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