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Doi-Hopf data, smash data, Frobenius-types and functors.

机译:Doi-Hopf数据,粉碎数据,Frobenius类型和函子。

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摘要

In Chapters 1 and 2 we study Doi-Hopf data. Given a morphism ;In Chapter 2 we partially answer whether ;In Chapter 3 the main issue discussed is whether the induction functor is isomorphic to the coinduction functor for two smash data. We first consider the smash products of smash data and construct four functors from the morphism between two such data. Then we study the Frobenius data, which naturally generalize 2nd-Frobenius extensions in (NT1), (Ka) and (BF) and Frobenius morphisms in (MN). As applications, we give both necessary and sufficient conditions under which the answer to this question is affirmative (see Section 3.3), and then show some homological dimension relations between two smash data and the Imprimitivity theory for Hopf algebra actions, in particular, Theorem 8.3.3 of (Mo) is strengthened. Now it is clear that the important induction functor in (Don) or (Do3) and six in (FP) for algebraic groups, three in (Me), two in (CR) or four in Chapter 1 essentially can naturally be constructed by typical bimodule and rationalizing methods. And many properties (e.g., preserving composition of morphisms) of the functors in (Don) now are the special case of ours (see Section 3.5).
机译:在第1章和第2章中,我们研究Doi-Hopf数据。给定一个态;在第二章中,我们部分回答是否;在第三章中,讨论的主要问题是对于两个粉碎数据,感应函子与共感应函子是否同构。我们首先考虑粉碎数据的粉碎产物,并根据两个此类数据之间的形态来构造四个函子。然后,我们研究Frobenius数据,该数据自然地概括了(NT1),(Ka)和(BF)中的2-Frobenius扩展以及(MN)中的Frobenius态射。作为应用,我们给出该问题的答案是肯定的必要条件和充分条件(请参见第3.3节),然后显示两个粉碎数据与Hopf代数作用的不定论之间的某些同维关系,特别是定理8.3 .3的(Mo)增强。现在很明显,对于代数组,重要的感应函子在(Don)或(Do3)中,在(FP)中为6英寸,在(Me)中为3英寸,在(CR)中为2英寸,或者在第1章中基本上为4双模块和合理化方法。现在(Don)中函子的许多特性(例如保留态射的组成)是我们的特例(请参阅第3.5节)。

著录项

  • 作者

    Zhou, Borong.;

  • 作者单位

    State University of New York at Buffalo.;

  • 授予单位 State University of New York at Buffalo.;
  • 学科 Mathematics.
  • 学位 Ph.D.
  • 年度 1996
  • 页码 118 p.
  • 总页数 118
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 数学;
  • 关键词

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