Benchmark data derived from the synthetic scans to run the denoising, surface reconstruction and shape completion benchmarks. Next to the benchmark data, there is also the collected data used for the different experiments from the paper.Images of a real scene taken with a camera commonly differ from synthetic images of a virtual replica of the same scene, despite advances in light transport simulation and calibration. By explicitly co-developing the scanning hardware and rendering pipeline we are able to achieve negligible per-pixel difference between the real image taken by the camera and the synthesized image on geometrically complex calibration object with known material properties. This approach provides an ideal test-bed for developing...
International audienceThis paper discusses an approach for evaluating the accuracy of dense 3D surfa...
The black and gray surrounding frames indicate presented and reconstructed images respectively (VC a...
This paper discusses an approach for evaluating the accuracy of dense 3D surface reconstruction tech...
Calibration data for physical scans including camera and projector calibrations. A sample scan of th...
Synthetic scans for 1000 different objects from the ABC dataset and 7 textured 3D printed objects (D...
Physical scans of 3 (Pawn, Rook and Shapes) machined white calibration objects and 7 (Dodo, Vessel/B...
Two ingredients are necessary to synthesize realistic images: an accurate rendering algorithm and, e...
This paper describes the construction and composition of a synthetic test world for the validation o...
Ongoing research within the field of computer vision yielded a wide range of image based 3D reconstr...
Today's 3D scanning pipelines can be classified into two overarching categories: ofine, high accurac...
Real-world objects are usually composed of a number of different materials that often show subtle c...
In machine vision applications, accuracy of the image far outweighs image appearance. This paper pre...
Paper aims at unusual way to camera calibration. The main idea is that by registration of uncalibrat...
This paper addresses the problem of 3D surface scan refinement, which is desirable due to noise, out...
Two ingredients are necessary to synthesize realistic images: an accurate rendering algorithm and, e...
International audienceThis paper discusses an approach for evaluating the accuracy of dense 3D surfa...
The black and gray surrounding frames indicate presented and reconstructed images respectively (VC a...
This paper discusses an approach for evaluating the accuracy of dense 3D surface reconstruction tech...
Calibration data for physical scans including camera and projector calibrations. A sample scan of th...
Synthetic scans for 1000 different objects from the ABC dataset and 7 textured 3D printed objects (D...
Physical scans of 3 (Pawn, Rook and Shapes) machined white calibration objects and 7 (Dodo, Vessel/B...
Two ingredients are necessary to synthesize realistic images: an accurate rendering algorithm and, e...
This paper describes the construction and composition of a synthetic test world for the validation o...
Ongoing research within the field of computer vision yielded a wide range of image based 3D reconstr...
Today's 3D scanning pipelines can be classified into two overarching categories: ofine, high accurac...
Real-world objects are usually composed of a number of different materials that often show subtle c...
In machine vision applications, accuracy of the image far outweighs image appearance. This paper pre...
Paper aims at unusual way to camera calibration. The main idea is that by registration of uncalibrat...
This paper addresses the problem of 3D surface scan refinement, which is desirable due to noise, out...
Two ingredients are necessary to synthesize realistic images: an accurate rendering algorithm and, e...
International audienceThis paper discusses an approach for evaluating the accuracy of dense 3D surfa...
The black and gray surrounding frames indicate presented and reconstructed images respectively (VC a...
This paper discusses an approach for evaluating the accuracy of dense 3D surface reconstruction tech...