[HTML][HTML] Range-compatible homomorphisms on matrix spaces

C de Seguins Pazzis - Linear Algebra and its Applications, 2015 - Elsevier
Let K be a (commutative) field, and U and V be finite-dimensional vector spaces over K. Let
S be a linear subspace of the space L (U, V) of all linear operators from U to V. A map F: S→ …

Range-compatible homomorphisms on matrix spaces

CS Pazzis - arXiv preprint arXiv:1307.3574, 2013 - arxiv.org
Let K be a (commutative) field, and U and V be finite-dimensional vector spaces over K. Let
S be a linear subspace of the space L (U, V) of all linear operators from U to V. A map F from …

Range-compatible homomorphisms on matrix spaces

C de Seguins Pazzis - Linear Algebra and Its Applications, 2015 - infona.pl
Let K be a (commutative) field, and U and V be finite-dimensional vector spaces over K. Let
S be a linear subspace of the space L (U, V) of all linear operators from U to V. A map F: S→ …

[PDF][PDF] Range-compatible homomorphisms on matrix spaces

C de Seguins Pazzis - dsp.prod.free.fr
Range-compatible homomorphisms on matrix spaces Page 1 The motivation Various examples
When M has a small codimension Techniques Open issues Range-compatible homomorphisms …

[PDF][PDF] Range-compatible homomorphisms on matrix spaces

C de Seguins Pazzis - arXiv preprint arXiv:1307.3574, 2013 - Citeseer
Let K be a (commutative) field, and U and V be finite-dimensional vector spaces over K. Let
S be a linear subspace of the space L (U, V) of all linear operators from U to V. A map F: S→ …

Range-compatible homomorphisms on matrix spaces

C de Seguins Pazzis - arXiv e-prints, 2013 - ui.adsabs.harvard.edu
Let K be a (commutative) field, and U and V be finite-dimensional vector spaces over K. Let
S be a linear subspace of the space L (U, V) of all linear operators from U to V. A map F from …

[PDF][PDF] Range-compatible homomorphisms on matrix spaces

C de Seguins Pazzis - dsp.prod.free.fr
One proves that, for all d∈ P (Kn), either u− 1 (Ed)= Ed′∩ S or u− 1 (Ed)= Ed′∩ S for
some d′∈ P (Kn), and ditto for the Ed spaces. This uses the Atkinson-Lloyd theorem …