Construction of a Mean Surface for the Variability Study of the Cornea. - Arnaud Polette; Edouard Auvinet; Jean-Luc Mari; Isabelle Brunette; Jean Meunier (CRV, 2014)

A new registration algorithm for estimating and discriminating average shapes of sets of corneal topographies. - Arnaud Polette; Jean-Luc Mari; Isabelle Brunette; Jean Meunier (EMBC, 2014)

Comparison of quasi-spherical surfaces using spherical harmonics: Application to corneal biometry. - Arnaud Polette; Jean-Luc Mari; Isabelle Brunette; Jean Meunier (IPTA, 2014)

Corneal Topography: An Emerging Biometric System for Person Authentication. - Nassima Kihal; Arnaud Polette; Salim Chitroub; Isabelle Brunette; Jean Meunier (BIOSIG, 2015)

Comparison of quasi-spherical surfaces - application to corneal biometry. - Arnaud Polette; Jean-Luc Mari; Isabelle Brunette; Jean Meunier (IET Biom., 2016)

"Shape-Curvature-Graph": Towards a New Model of Representation for the Description of 3D Meshes. - Arnaud Polette; Jean Meunier; Jean-Luc Mari (AVR (2), 2017)

Constructing average models of quasi-spherical objects: application to corneal topographies. - Arnaud Polette; Edouard Auvinet; Jean-Luc Mari; Isabelle Brunette; Jean Meunier (Comput. methods Biomech. Biomed. Eng. Imaging Vis., 2017)

Efficient multimodal ocular biometric system for person authentication based on iris texture and corneal shape. - Nassima Kihal; Salim Chitroub; Arnaud Polette; Isabelle Brunette; Jean Meunier (IET Biom., 2017)

Towards the Fitting of Parametric 2D Sketches and 3D CAD Models to Point Clouds of Digitized Assemblies for Reverse Engineering. - Ghazanfar Ali Shah; Franca Giannini; Marina Monti; Arnaud Polette; Jean-Philippe Pernot (Eurographics (Posters), 2019)

Survey on the View Planning Problem for Reverse Engineering and Automated Control Applications. - Manon Peuzin-Jubert; Arnaud Polette; Dominique Nozais; Jean-Luc Mari; Jean-Philippe Pernot (Comput. Aided Des., 2021)

Simulated annealing-based fitting of CAD models to point clouds of mechanical parts' assemblies. - Ghazanfar Ali Shah; Arnaud Polette; Jean-Philippe Pernot; Franca Giannini; Marina Monti (Eng. Comput., 2021)

SMA-Net: Deep learning-based identification and fitting of CAD models from point clouds. - Sijie Hu; Arnaud Polette; Jean-Philippe Pernot (Eng. Comput., 2022)

User-Driven Computer-Assisted Reverse Engineering of Editable CAD Assembly Models. - Ghazanfar Ali Shah; Arnaud Polette; Jean-Philippe Pernot; Franca Giannini; Marina Monti (J. Comput. Inf. Sci. Eng., 2022)

A Data Structure for Developing Data-Driven Digital Twins. - Oghenemarho Orukele; Arnaud Polette; Aldo Gonzalez-Lorenzo; Jean-Luc Mari; Jean-Philippe Pernot (PLM (1), 2023)

Automatic 3D CAD models reconstruction from 2D orthographic drawings. - Chao Zhang; Romain Pinquié; Arnaud Polette; Gregorio Carasi; Henri De Charnace; Jean-Philippe Pernot (Zenodo, 2023)

Automatic 3D CAD models reconstruction from 2D orthographic drawings. - Chao Zhang; Romain Pinquié; Arnaud Polette; Gregorio Carasi; Henri De Charnace; Jean-Philippe Pernot (Comput. Graph., 2023)

Case-based tuning of a metaheuristic algorithm exploiting sensitivity analysis and design of experiments for reverse engineering applications. - Ghazanfar Ali Shah; Arnaud Polette; Jean-Philippe Pernot; Franca Giannini; Marina Monti (Eng. Comput., 2023)

Machine learning-based 3D scan coverage prediction for smart-control applications. - Tingcheng Li; Arnaud Polette; Ruding Lou; Manon Peuzin-Jubert; Dominique Nozais; Jean-Philippe Pernot (Comput. Aided Des., 2024)

Interface-Based Search and Automatic Reassembly of CAD Models for Database Expansion and Model Reuse. - Lucas Vergez; Arnaud Polette; Jean-Philippe Pernot (Comput. Aided Des., 2024)

As-scanned point cloud generation using structured-light simulation and machine learning-based coverage prediction. - Tingcheng Li; Ruding Lou; Arnaud Polette; Manon Peuzin-Jubert; Dominique Nozais; Jean-Philippe Pernot (Adv. Eng. Softw., 2025)

Multi-part kinematic constraint prediction for automatic generation of CAD model assemblies using graph convolutional networks. - Lucas Vergez; Arnaud Polette; Jean-Philippe Pernot (Comput. Aided Des., 2025)

eCAD-Net: Editable Parametric CAD Models Reconstruction from Dumb B-Rep Models Using Deep Neural Networks. - Chao Zhang; Arnaud Polette; Romain Pinquié; Gregorio Carasi; Henri De Charnace; Jean-Philippe Pernot (Comput. Aided Des., 2025)