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7Scenes and Cambridge Landmarks datasets
The 7Scenes and Cambridge Landmarks datasets are used for evaluation of absolute pose estimators. -
GalliformeSpectra: A Hen Breed Dataset
A comprehensive dataset featuring ten distinct hen breeds, capturing unique characteristics and traits of each breed. -
DeepSpline: Data-Driven Reconstruction of Parametric Curves and Surfaces
The dataset used for 2D and 3D reconstruction of parametric curves and surfaces. -
FlyingThings
A benchmark for optical flow estimation. -
NeuFlow: Real-time, High-accuracy Optical Flow Estimation on Robots
Optical flow estimation on edge devices while ensuring high accuracy. -
Visual Concept Recognition and Localization via Iterative Introspection
The proposed method alternates classification and introspection. The introspection phase employs a strategy to select a sub-window for the next step by applying a beam-search to... -
Disentangling Dense Multi-Cable Knots
A dataset of multi-cable knots for disentangling, including two or three cables with varying knot types and configurations. -
ShapeNetV2
ShapeNetV2 is a large-scale dataset of 3D shapes, with over 16,000 models, each described by a set of 3D coordinates. -
FSVG dataset
The FSVG dataset is created by collecting and labeling an enormous amount of data from videogames such as GTAV and The Witcher 3. It includes densely labeled depth, optical... -
Shape-from-operator: Shape Reconstruction from Intrinsic Differential Operators
Shape-from-operator problem, shape-from-Laplacian, shape-from-difference operator, shape analogy synthesis, shape exaggeration -
Piece-wise Smooth Flow Model
Piece-wise Smooth Flow model and its validation in virtual world. -
Simulated Data Samples
Simulated data samples for validation experiments. -
Manhattan World Geometries
Manhattan world geometries (object’s coordinate systems are parallel each other and to world’s coordinate system) are modeled using marked point processes. 3D object models are... -
Dynamic Lighting Scenes
A dataset for testing the proposed VDN-NeRF method for better geometry under non-Lambertian surface and dynamic lighting conditions.