In this paper, we estimate the accuracy of 3D object reconstruction using multiple Kinect sensors. First, we discuss the calibration of multiple Kinect sensors, and provide an analysis of the accuracy and resolution of the depth data. Next, the precision of coordinate mapping between sensors data for registration of depth and color images is evaluated. We test a proposed system for 3D object reconstruction with four Kinect V2 sensors and present reconstruction accuracy results. Experiments and computer simulation are carried out using Matlab and Kinect V2.The Russian Science Foundation (project #17-76-20045) financially supported the work
In this paper we present a depth-guided photometric 3D reconstruction method that works solely with ...
Kinect is an easy to use and a ordable RGB-D acquisition device that provides both spatial and color...
In this paper, we propose a new method for 3D object reconstruction using RGB-D sensor. The RGB-D se...
Основная статьяIn this paper, we estimate the accuracy of 3D object reconstruction using multiple K...
Scene's 3D modelling, gesture recognition and motion tracking are fields in rapid and continuous dev...
One of depth cameras such as the Microsoft Kinect is much cheaper than conventional 3D scanning devi...
The recent introduction of low cost RGB-D depth sensors has made available 3D sensing capabilities t...
In this paper, we propose a method to easily calibrate multiple Kinect V2 sensors. It requires the c...
Novel real-time depth acquisition devices, like Microsoft Kinect, allow a very fast and simple acqui...
We studied the topic of depth sensing camera calibration. Two devices Microsoft Kinectand Swissrange...
The Kinect v2 is a RGB-D sensor manufactured as a gesture interaction tool for the entertainment con...
In this paper, we present a novel depth map enhancement for real-time 3D reconstruction by the Micro...
In this paper we present a depth-guided photometric 3D reconstruction method that works solely with ...
This paper demonstrates the capabilities of the Kinect [1] device for the purpose of building dense ...
Accuracy of depth measurement with Microsoft Kinect and similar 3D vision sensors depends on variati...
In this paper we present a depth-guided photometric 3D reconstruction method that works solely with ...
Kinect is an easy to use and a ordable RGB-D acquisition device that provides both spatial and color...
In this paper, we propose a new method for 3D object reconstruction using RGB-D sensor. The RGB-D se...
Основная статьяIn this paper, we estimate the accuracy of 3D object reconstruction using multiple K...
Scene's 3D modelling, gesture recognition and motion tracking are fields in rapid and continuous dev...
One of depth cameras such as the Microsoft Kinect is much cheaper than conventional 3D scanning devi...
The recent introduction of low cost RGB-D depth sensors has made available 3D sensing capabilities t...
In this paper, we propose a method to easily calibrate multiple Kinect V2 sensors. It requires the c...
Novel real-time depth acquisition devices, like Microsoft Kinect, allow a very fast and simple acqui...
We studied the topic of depth sensing camera calibration. Two devices Microsoft Kinectand Swissrange...
The Kinect v2 is a RGB-D sensor manufactured as a gesture interaction tool for the entertainment con...
In this paper, we present a novel depth map enhancement for real-time 3D reconstruction by the Micro...
In this paper we present a depth-guided photometric 3D reconstruction method that works solely with ...
This paper demonstrates the capabilities of the Kinect [1] device for the purpose of building dense ...
Accuracy of depth measurement with Microsoft Kinect and similar 3D vision sensors depends on variati...
In this paper we present a depth-guided photometric 3D reconstruction method that works solely with ...
Kinect is an easy to use and a ordable RGB-D acquisition device that provides both spatial and color...
In this paper, we propose a new method for 3D object reconstruction using RGB-D sensor. The RGB-D se...