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<zbml>
  <query>an:05896164</query>
  <answers from="1" to="1" total="1">
  <rec>
    <an>Zbl 1214.14004</an>
    <au>Artal Bartolo, E.; Cassou-Nogu\`es, Pi; Luengo, I.; Melle Hern\'andez, A.</au>
    <ti>On $\nu$-quasi-ordinary power series: factorization, Newton trees and resultants.</ti>
    <la>EN</la>
    <so>Cogolludo-Agust{\'\i}n, Jos\'e Ignacio (ed.) et al., Topology of algebraic varieties and singularities. Invited papers of the conference in honor of Anatoly Libgober's 60th birthday, Jaca, Spain, June 22--26, 2009. Providence, RI: American Mathematical Society (AMS); Madrid: Real Sociedad Matem\'atica Espa\~nola. Contemporary Mathematics 538, 321-343 (2011).</so>
    <is>ISBN 978-0-8218-4890-6/pbk</is>
    <py>2011</py>
    <dt>A</dt>
    <cc>*14B05 32S05 32S10</cc>
    <ut>quasi-ordinary power series; resultant; factorization</ut>
    <ab>Summary: A generalization of quasi-ordinary power series is studied. This class, called $\nu$-quasi-ordinary, was introduced by H. Hironaka and it is defined by a very mild condition on its (projected) Newton polygon. I. Luengo used $\nu$-quasiordinary power series to give a proof of the Jung-Abhyankar theorem for quasiordinary power series. In this paper, a factorization theorem for $\nu$-quasi-ordinary power series is given. Using the factorizacion theorem we codify $\nu$-quasiordinary power series by its Newton tree, and we use it to compute the generalized intersection multiplicity of two $\nu$-quasiordinary power series, resultant and discriminant.</ab>
  </rec>
  </answers>
</zbml>


