Feature Curve Extraction on Triangle Meshes. - Elia Moscoso Thompson; Gerasimos Arvanitis; Konstantinos Moustakas; N. Hoang-Xuan; E-Ro Nguyen; M. Tran; Thibault Lejemble; Loïc Barthe; Nicolas Mellado; Chiara Romanengo; Silvia Biasotti; Bianca Falcidieno (3DOR@Eurographics, 2019)

HT-based Recognition of Patterns on 3D Shapes Using a Dictionary of Mathematical Curves. - Chiara Romanengo; Silvia Biasotti; Bianca Falcidieno (STAG, 2019)

Recognition, Modelling and Interactive Manipulation of Motifs or Symbols Represented by a Composition of Curves. - Chiara Romanengo; Erika Brunetto; Silvia Biasotti; Chiara Eva Catalano; Bianca Falcidieno (STAG, 2020)

HT-Based identification of 3D feature curves and their insertion into 3D meshes. - Chiara Romanengo; Silvia Biasotti; Bianca Falcidieno (Comput. Graph., 2020)

Recognising decorations in archaeological finds through the analysis of characteristic curves on 3D models. - Chiara Romanengo; Silvia Biasotti; Bianca Falcidieno (Pattern Recognit. Lett., 2020)

Fit4CAD: A point cloud benchmark for fitting simple geometric primitives in CAD models. - Chiara Romanengo; Andrea Raffo; Yifan Qie; Nabil Anwer; Bianca Falcidieno (CoRR, 2021)

Fitting and recognition of geometric primitives in segmented 3D point clouds using a localized voting procedure. - Andrea Raffo; Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (Comput. Aided Geom. Des., 2022)

SHREC 2022: Fitting and recognition of simple geometric primitives on point clouds. - Chiara Romanengo; Andrea Raffo; Silvia Biasotti; Bianca Falcidieno; Vlassis Fotis; Ioannis Romanelis; Eleftheria Psatha; Konstantinos Moustakas; Ivan Sipiran; Quang-Thuc Nguyen; Chi-Bien Chu; Khoi-Nguyen Nguyen-Ngoc; et al. (Comput. Graph., 2022)

Fit4CAD: A point cloud benchmark for fitting simple geometric primitives in CAD objects. - Chiara Romanengo; Andrea Raffo; Yifan Qie; Nabil Anwer; Bianca Falcidieno (Comput. Graph., 2022)

Hough transform based recognition of space curves. - Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (J. Comput. Appl. Math., 2022)

Hough Transform for Detecting Space Curves in Digital 3D Models. - Chiara Romanengo; Silvia Biasotti; Bianca Falcidieno (J. Math. Imaging Vis., 2022)

SHREC 2023: Detection of Symmetries on 3D Point Clouds Representing Simple Shapes. - Ivan Sipiran; Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti; Gerasimos Arvanitis; Chen Chen 036; Vlassis Fotis; Jianfang He; Xiaoling Lv; Konstantinos Moustakas; Silong Peng; Ioannis Romanelis; et al. (3DOR (Short Papers), 2023)

Recognising geometric primitives in 3D point clouds of mechanical CAD objects. - Chiara Romanengo; Andrea Raffo; Silvia Biasotti; Bianca Falcidieno (CoRR, 2023)

Recognizing geometric primitives in 3D point clouds of mechanical CAD objects. - Chiara Romanengo; Andrea Raffo; Silvia Biasotti; Bianca Falcidieno (Comput. Aided Des., 2023)

Piecewise polynomial approximation of spatial curvilinear profiles using the Hough transform. - Chiara Romanengo; Ulderico Fugacci; Bianca Falcidieno; Silvia Biasotti (Appl. Math. Comput., 2023)

Extending the Hough transform to recognize and approximate space curves in 3D models. - Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (Comput. Aided Geom. Des., 2024)

From aerial LiDAR point clouds to multiscale urban representation levels by a parametric resampling. - Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (Comput. Graph., 2024)

Building semantic segmentation from large-scale point clouds via primitive recognition. - Chiara Romanengo; Daniela Cabiddu; Simone Pittaluga; Michela Mortara (Graph. Model., 2024)

Reconstruction and Preservation of Feature Curves in 3D Point Cloud Processing. - Ulderico Fugacci; Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (Comput. Aided Des., 2024)

CurveML: a benchmark for evaluating and training learning-based methods of classification, recognition, and fitting of plane curves. - Andrea Raffo; Andrea Ranieri; Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (Vis. Comput., 2024)

Discretisation of the Hough parameter space for fitting and recognising geometric primitives in 3D point clouds. - Chiara Romanengo; Bianca Falcidieno; Silvia Biasotti (Math. Comput. Simul., 2025)