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Attention : l'accès aux ressources peut être restreint, soit pour des raisons juridiques, soit par la volonté de l'auteur.
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Tri :
Date de référencement
Editeur
Auteur
Titre
|
Joseph Fu - Integral geometric regularity (Part 5)
[Ressource pédagogique]
Date de publication :
20150624 |
Auteur(s) :
Fu Joseph |
Editeur(s) :
Bastien Fanny |
Origine de la fiche :
Canal-u.fr
In the original form given by Blaschke
in the 1930s, the famous Principal Kinematic Formula expresses the Euler
characteristic of the intersection of two sufficiently regular objects
in euclidean space, integrated over the space of all possible relative
positions, in terms of geometric invariants associated to each of them
individually. It is natural to wonder about the precise regularity
ne...
Référencé le :
03-06-2016
|
|
Joseph Fu - Integral geometric regularity (Part 4)
[Ressource pédagogique]
Date de publication :
20150624 |
Auteur(s) :
Fu Joseph |
Editeur(s) :
Bastien Fanny |
Origine de la fiche :
Canal-u.fr
In the original form given by Blaschke
in the 1930s, the famous Principal Kinematic Formula expresses the Euler
characteristic of the intersection of two sufficiently regular objects
in euclidean space, integrated over the space of all possible relative
positions, in terms of geometric invariants associated to each of them
individually. It is natural to wonder about the precise regularity
ne...
Référencé le :
03-06-2016
|
|
Joseph Fu - Integral geometric regularity (Part 3)
[Ressource pédagogique]
Date de publication :
20150624 |
Auteur(s) :
Fu Joseph |
Editeur(s) :
Bastien Fanny |
Origine de la fiche :
Canal-u.fr
In the original form given by Blaschke
in the 1930s, the famous Principal Kinematic Formula expresses the Euler
characteristic of the intersection of two sufficiently regular objects
in euclidean space, integrated over the space of all possible relative
positions, in terms of geometric invariants associated to each of them
individually. It is natural to wonder about the precise regularity
ne...
Référencé le :
03-06-2016
|
|
Joseph Fu - Integral geometric regularity (Part 2)
[Ressource pédagogique]
Date de publication :
20150623 |
Auteur(s) :
Fu Joseph |
Editeur(s) :
Bastien Fanny |
Origine de la fiche :
Canal-u.fr
In the original form given by Blaschke
in the 1930s, the famous Principal Kinematic Formula expresses the Euler
characteristic of the intersection of two sufficiently regular objects
in euclidean space, integrated over the space of all possible relative
positions, in terms of geometric invariants associated to each of them
individually. It is natural to wonder about the precise regularity
ne...
Référencé le :
02-06-2016
|
|
Joseph Fu - Integral geometric regularity (Part 1)
[Ressource pédagogique]
Date de publication :
20150622 |
Auteur(s) :
Fu Joseph |
Editeur(s) :
Bastien Fanny |
Origine de la fiche :
Canal-u.fr
In the original form given by Blaschke
in the 1930s, the famous Principal Kinematic Formula expresses the Euler
characteristic of the intersection of two sufficiently regular objects
in euclidean space, integrated over the space of all possible relative
positions, in terms of geometric invariants associated to each of them
individually. It is natural to wonder about the precise regularity
ne...
Référencé le :
01-06-2016
|
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