Shape Modeling

Generative parametric design of Gothic window tracery

Shape Modeling / Parametric Design / Displaced Subdivision Surface / Generic model

Point Cloud Skeletons via Laplacian Based Contraction

Discrete Geometry / Shape Modeling / Missing Data / Surface Reconstruction / Point Cloud / Delaunay Triangulation

A General Methodology for the Determination of 2D Bodies Elastic Deformation Invariants: Application to the Automatic Identification of Parasites

Information Systems / Bioinformatics / Algorithms / Biomedical Engineering / Shape Modeling / Computational Biology / Pattern Recognition / Image Analysis / Body Image / Deformation and strain / Humans / Animals / Parasites / Deformable Objects / Deformation Analysis / Methods of solutions of nonlinear partial differential equations / Pattern Classification / Cross Section / Shape recognition and classification / Elastic Modulus / Elastic Properties / Automatic Classification / Electrical And Electronic Engineering / Computational Biology / Pattern Recognition / Image Analysis / Body Image / Deformation and strain / Humans / Animals / Parasites / Deformable Objects / Deformation Analysis / Methods of solutions of nonlinear partial differential equations / Pattern Classification / Cross Section / Shape recognition and classification / Elastic Modulus / Elastic Properties / Automatic Classification / Electrical And Electronic Engineering

A General Methodology for the Determination of 2D Bodies Elastic Deformation Invariants: Application to the Automatic Identification of Parasites

Information Systems / Bioinformatics / Algorithms / Biomedical Engineering / Shape Modeling / Computational Biology / Pattern Recognition / Image Analysis / Body Image / Deformation and strain / Humans / Animals / Parasites / Deformable Objects / Deformation Analysis / Methods of solutions of nonlinear partial differential equations / Pattern Classification / Cross Section / Shape recognition and classification / Elastic Modulus / Elastic Properties / Automatic Classification / Electrical And Electronic Engineering / Pattern analysis / Computational Biology / Pattern Recognition / Image Analysis / Body Image / Deformation and strain / Humans / Animals / Parasites / Deformable Objects / Deformation Analysis / Methods of solutions of nonlinear partial differential equations / Pattern Classification / Cross Section / Shape recognition and classification / Elastic Modulus / Elastic Properties / Automatic Classification / Electrical And Electronic Engineering / Pattern analysis

A General Methodology for the Determination of 2D Bodies Elastic Deformation Invariants. Application to the Automatic Identification of Parasites

Information Systems / Bioinformatics / Algorithms / Biomedical Engineering / Shape Modeling / Computational Biology / Pattern Recognition / Image Analysis / Body Image / Deformation and strain / Humans / Animals / Parasites / Deformable Objects / Deformation Analysis / Methods of solutions of nonlinear partial differential equations / Pattern Classification / Cross Section / Shape recognition and classification / Elastic Modulus / Elastic Properties / Automatic Classification / Electrical And Electronic Engineering / Computational Biology / Pattern Recognition / Image Analysis / Body Image / Deformation and strain / Humans / Animals / Parasites / Deformable Objects / Deformation Analysis / Methods of solutions of nonlinear partial differential equations / Pattern Classification / Cross Section / Shape recognition and classification / Elastic Modulus / Elastic Properties / Automatic Classification / Electrical And Electronic Engineering

Weed leaf recognition in complex natural scenes by model-guided edge pairing

Shape Modeling / A Priori Knowledge / Machine Vision / Image segmentation / Spatial Distribution / Natural Scenes

LASIC: A model invariant framework for correspondence

Shape Modeling / Indexation / Object Detection / Simulation Model / Correspondence Problem

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