Microsoft Kinect sensor has been widely used in many applications since the launch of its first version. Recently, Microsoft released a new version of Kinect sensor with improved hardware. However, the accuracy assessment of the sensor remains to be answered. In this paper, we measure the depth accuracy of the newly released Kinect v2 depth sensor, and obtain a cone model to illustrate its accuracy distribution. We then evaluate the variance of the captured depth values by depth entropy. In addition, we propose a trilateration method to improve the depth accuracy with multiple Kinects simultaneously. The experimental results are provided to ascertain the proposed model and method
In this paper, we estimate the accuracy of 3D object reconstruction using multiple Kinect sensors. F...
The stochastic error characteristics of the Kinect sensing device are presented for each axis direct...
This experimental study investigates the performance of three different models of the Microsoft Kine...
Accuracy of depth measurement with Microsoft Kinect and similar 3D vision sensors depends on variati...
Accuracy of depth measurement with Microsoft Kinect and similar 3D vision sensors depends on variati...
The Azure Kinect represents the latest generation of Microsoft Kinect depth cameras. Of interest in ...
Scene's 3D modelling, gesture recognition and motion tracking are fields in rapid and continuous dev...
This technical report describes our evaluation of the Kinect depth sensor by Microsoft for Computer ...
This paper presents an investigation of the geometric quality of depth data obtained by the Kinect s...
This paper presents the comparison between the Microsoft Kinect depth sensor and the Asus Xtion for ...
In recent years, the videogame industry has been characterized by a great boost in gesture recogniti...
Microsoft Kinect had a key role in the development of con-sumer depth sensors being the device that ...
This paper proposes a depth measurement error model of consumer depth cameras such as Microsoft KINE...
Consumer-grade range cameras such as the Kinect sensor have the potential to be used in mapping appl...
Low cost depth sensors have been a huge success in the field of computer vision and robotics, provid...
In this paper, we estimate the accuracy of 3D object reconstruction using multiple Kinect sensors. F...
The stochastic error characteristics of the Kinect sensing device are presented for each axis direct...
This experimental study investigates the performance of three different models of the Microsoft Kine...
Accuracy of depth measurement with Microsoft Kinect and similar 3D vision sensors depends on variati...
Accuracy of depth measurement with Microsoft Kinect and similar 3D vision sensors depends on variati...
The Azure Kinect represents the latest generation of Microsoft Kinect depth cameras. Of interest in ...
Scene's 3D modelling, gesture recognition and motion tracking are fields in rapid and continuous dev...
This technical report describes our evaluation of the Kinect depth sensor by Microsoft for Computer ...
This paper presents an investigation of the geometric quality of depth data obtained by the Kinect s...
This paper presents the comparison between the Microsoft Kinect depth sensor and the Asus Xtion for ...
In recent years, the videogame industry has been characterized by a great boost in gesture recogniti...
Microsoft Kinect had a key role in the development of con-sumer depth sensors being the device that ...
This paper proposes a depth measurement error model of consumer depth cameras such as Microsoft KINE...
Consumer-grade range cameras such as the Kinect sensor have the potential to be used in mapping appl...
Low cost depth sensors have been a huge success in the field of computer vision and robotics, provid...
In this paper, we estimate the accuracy of 3D object reconstruction using multiple Kinect sensors. F...
The stochastic error characteristics of the Kinect sensing device are presented for each axis direct...
This experimental study investigates the performance of three different models of the Microsoft Kine...