Amat, Philippe, Puech, William, Druon, Sébastien, Pedeboy, Jean-Pierre
Day by day, the amount of digital data has been rapidly increasing on the Internet. The size of 3D objects is very large and these objects need fast transmissions. Moreover, 3D data security becomes...
Amat, Philippe, Puech, William, Druon, Sébastien, Pedeboy, Jean-Pierre
Day by day, the amount of digital data has been rapidly increasing on the Internet. The size of 3D objects is very large and these objects need fast transmissions. Moreover, 3D data security becomes...
Dissimulation de Données par Changement de Connexité d'un Maillage 3D (2007)
Amat, Philippe, Puech, William, Druon, Sébastien, Pedeboy, Jean-Pierre
Cet article présente une nouvelle méthode dinsertion de données cachées dans des modèles 3D surfacique. Les méthodes dinsertion de données se basent généralement sur la modification des...
Dissimulation de Données par Changement de Connexité d'un Maillage 3D (2007)
Amat, Philippe, Puech, William, Druon, Sébastien, Pedeboy, Jean-Pierre
Cet article présente une nouvelle méthode dinsertion de données cachées dans des modèles 3D surfacique. Les méthodes dinsertion de données se basent généralement sur la modification des...
A Data Hiding Method Based on the Topology Change of a 3D Triangular Mesh (2007)
Amat, Philippe, Puech, William, Druon, Sébastien, Pedeboy, Jean-Pierre
In this paper we present a new method of data hiding in 3D objects. This method is based on a 3D model represented by a cloud of vertices and a list of edges corresponding to the triangular mesh of...
A Data Hiding Method Based on the Topology Change of a 3D Triangular Mesh (2007)
Amat, Philippe, Puech, William, Druon, Sébastien, Pedeboy, Jean-Pierre
In this paper we present a new method of data hiding in 3D objects. This method is based on a 3D model represented by a cloud of vertices and a list of edges corresponding to the triangular mesh of...