A data hiding method based on the topology change of a 3D triangular mesh. - Philippe Amat; William Puech; Sébastien Druon; Jean-Pierre Pedeboy (EUSIPCO, 2007)

Lossless data hiding method based on MST and topology changes of 3D triangular mesh. - Philippe Amat; William Puech; Sébastien Druon; Jean-Pierre Pedeboy (EUSIPCO, 2008)

Sensitivity analysis of Euclidean minimum spanning tree. - Nicolas Tournier; William Puech; Gérard Subsol; Jean-Pierre Pedeboy (Three-Dimensional Image Processing (3DIP) and Applications, 2010)

Lossless 3D steganography based on MST and connectivity modification. - Philippe Amat; William Puech; Sébastien Druon; Jean-Pierre Pedeboy (Signal Process. Image Commun., 2010)

Finding robust vertices for 3D synchronization based on Euclidean minimum spanning tree. - Nicolas Tournier; William Puech; Gérard Subsol; Jean-Pierre Pedeboy (Three-Dimensional Imaging, Interaction, and Measurement, 2011)

3D Data Hiding for Enhancement and Indexation on Multimedia Medical Data. - Nicolas Tournier; Gérard Subsol; William Puech; Jean-Pierre Pedeboy (MIAD, 2011)

3D multiresolution synchronization scheme based on feature point selection. - Nicolas Tournier; William Puech; Gérard Subsol; Jean-Pierre Pedeboy (Three-Dimensional Image Processing (3DIP) and Applications, 2012)

Construction of a unique robust hamiltonian path for a vertex cloud. - Vincent Itier; William Puech; Jean-Pierre Pedeboy; Gilles Gesquière (MMSP, 2013)

Joint synchronization and high capacity data hiding for 3D meshes. - Vincent Itier; William Puech; Gilles Gesquière; Jean-Pierre Pedeboy (Three-Dimensional Image Processing, Measurement (3DIPM), and Applications, 2015)

Highcapacity data-hiding for 3D meshes based on static arithmetic coding. - Vincent Itier; William Puech; Jean-Pierre Pedeboy (ICIP, 2015)

Analysis of an EMST-based path for 3D meshes. - Vincent Itier; Nicolas Tournier; William Puech; Gérard Subsol; Jean-Pierre Pedeboy (Comput. Aided Des., 2015)

Secure High Capacity Data Hiding for 3d Meshes. - Vincent Itier; Adrian G. Bors; William Puech; Jean-Pierre Pedeboy (3D Image Processing, Measurement (3DIPM), and Applications, 2016)

An efficient lossless (2, n) secret image sharing based on Blakley's scheme. - Sebastien Beugnon; William Puech; Jean-Pierre Pedeboy (MMSP, 2017)

From Visual Confidentiality To Transparent Format-Compliant Selective Encryption Of 3D Objects. - Sebastien Beugnon; William Puech; Jean-Pierre Pedeboy (ICME Workshops, 2018)

A Format-compliant Selective Secret 3D Object Sharing Scheme Based on Shamir's Scheme. - Sébastien Beugnon; William Puech; Jean-Pierre Pedeboy (ICASSP, 2019)

Format-Compliant Selective Secret 3-D Object Sharing Scheme. - Sébastien Beugnon; William Puech; Jean-Pierre Pedeboy (IEEE Trans. Multim., 2019)

Homomorphic Two Tier Reversible Data Hiding In Encrypted 3D Objects. - Bianca Jansen Van Rensburg; Pauline Puteaux; William Puech; Jean-Pierre Pedeboy (ICIP, 2021)

Draco-Based Selective Crypto-Compression Method of 3D objects. - Bianca Jansen Van Rensburg; William Puech; Jean-Pierre Pedeboy (IPTA, 2022)

A Hierarchical Decryption Method for an Eco-Friendly Securing of 3D Objects. - Bianca Jansen Van Rensburg; William Puech; Jean-Pierre Pedeboy (MMSP, 2022)

The First Draco 3D Object Crypto-Compression Scheme. - Bianca Jansen Van Rensburg; William Puech; Jean-Pierre Pedeboy (IEEE Access, 2022)

A 3D Visual Security (3DVS) score to measure the visual security level of selectively encrypted 3D objects. - Sébastien Beugnon; Bianca Jansen Van Rensburg; Naima Amalou; William Puech; Jean-Pierre Pedeboy (Signal Process. Image Commun., 2022)

Simultaneous Watermarking and Draco 3D Object Compression Method. - Bianca Jansen Van Rensburg; Adrian G. Bors; William Puech; Jean-Pierre Pedeboy (ICIP, 2023)

A Format Compliant Encryption Method for 3D Objects Allowing Hierarchical Decryption. - Bianca Jansen Van Rensburg; William Puech; Jean-Pierre Pedeboy (IEEE Trans. Multim., 2023)

3D Object Watermarking from Data Hiding in the Homomorphic Encrypted Domain. - Bianca Jansen Van Rensburg; Pauline Puteaux; William Puech; Jean-Pierre Pedeboy (ACM Trans. Multim. Comput. Commun. Appl., 2023)