Inria
3D Environment Modelling and Reconstruction
3D shape retrieval
Local descriptors
2D shape retrieval
Animation
Shape transformation
Classi cation
Leaf shape
Leaf retrieval
Depth image indexing
3D models
Identification
Plant species recognition
Drawing in the edge standard
Geometric-reasoning methods
Pl@ntNet
Interpolation
Hypergraph planarity
ImageCLEF
Bark
CAD systems
Evaluation
Collision detection
LifeCLEF
Ordered part correspondence
Multi-head attention
Flowers
Modelling
Shape context
CYLINDRICAL DECOMPOSITION
Euler diagram
Images
Stem
Metamorphosis Shape transformation Interpolation Computer animation Geometric modeling
Interpretability
3D Vision
Image
2D/3D description
Collection
Dynamic Programming
Leaves
Depth sequence
Graph partitioning
Android application
Plant identification
Polyhedral models
COMPUTER ANIMATION
Drawing in the subset standard
Plane reflection symmetry
Collision response
IMEDIA
Alignment
Deformation
Attention
Best view selection
EULER FORMULA
Point cloud
3D alignment
Constructive solid geometry
Normalization
Local descriptor
Principal component analysis
2D Shape description
Classification
Fruits
Multi-modality
Shape representation
Chordal Axis Transform
Euler diagrams
DIJKSTRA'S ALGORITHM
Autonomous driving
Trajectory prediction
Dynamics
Leaf descriptor
Dynamic 2D shape segmentation
Geometric constraints
Parameterized designs
Image retrieval
Identi cation
Dimensioning
Dynamic time warping
Plant species identification
Branch
Deep learning
COMPUTER-AIDED GEOMETRIC DESIGN
Hidden surface algorithm
Plant
Content-based 3D model retrieval
Lidar
GENERALIZED CYLINDERS
Multi-organ
Principal components analysis
Euler For-mula
Computer Vision
Benchmark