## Interdisciplinary Mathematics: Algebro-geometric and Lie-theoretic techniques in systems theory, pt.A |

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### Contents

PREFACE | 1 |

Rational Functions on Algebraic Sets | 9 |

Vector Fields Associated to an Irreducible | 17 |

Copyright | |

24 other sections not shown

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19-th century abelian algebraic correspondence algebraic geometry algebraic sets algebraically closed algebro-geometric apply basic classical coefficients common zero complex numbers Consider controllable curve defined Definition derivation differential equation differential geometry dimension dual eigenvalues element Exercise F e L(X,U feedback group following conditions formula Geometry to Systems given GL(X Hamiltonian Hence Hermann image set input input-output system irreducible algebraic set K-linear Kronecker Lie algebra Lie group linear map linear subspace linear systems manifold Math Sci Press matrix non-zero observable one-one orbit output PF(X PF(Y pole placement polynomial functions polynomial map problem Proof properties rational functions rational map relation Remark result scalar field semidirect product solution stochastic subgroup submersion Suppose Systems Theory tangent space tangent vectors techniques Theorem 6.1 tion topology transformation group vanish variables vector field vector space Zariski closed subset Zariski open Zariski open subset