An autonomous self driving platform receives information about environment using only its onboard sensors. And it seems obvious that using several sensors could provide more certain information with reduced measurement error [1]. But a general question is how to fuse measurements from different kinds of sensors (like a camera and an accelerometer) to get re?ned data about a platform or world state. This paper presents a theory based on groups that proves a possibility of correctness of error extraction from a moving model. And there are results of application this theory on fusing measurements from two sensors: odometer and scan matcher
In this sensor fusion approach, combination of filtering encoder, gyro and accel-erometerʼs signals ...
Using a single sensor to determine the pose estimation of a device cannot give accurate results. Thi...
For any mobile robot it is a major issue that of estimating its position into the working environmen...
This paper proposes a new approach for calibration of dead reckoning process. Using the well-known U...
In the motion control research of mobile robot, the mobile robot pose is obtained by derivation of t...
Localization is a key skill in mobile robotics. Since the world is not perfect, sensor data is not e...
This article presents a data fusion method which seeks to obtain better pose estimation of a mobile ...
This article presents a data fusion method which seeks to obtain better pose estimation of a mobile ...
In order to make effective works with the mobile robot and maximize its working performance, it is n...
Using a single sensor to determine the pose estimation of a device cannot give accurate results. Th...
Abstract This paper proposes a new approach for calibration of dead reckoning process. Using the wel...
Mobile robot localisation has been, and continues to be, a very active research area. Estimating the...
Mobile robot localisation has been, and continues to be, a very active research area. Estimating the...
The position and orientation estimation problem for mobile robots is approached by fusing measuremen...
Abstract: This paper presents a comparative study of two data fusion methods for high precision mobi...
In this sensor fusion approach, combination of filtering encoder, gyro and accel-erometerʼs signals ...
Using a single sensor to determine the pose estimation of a device cannot give accurate results. Thi...
For any mobile robot it is a major issue that of estimating its position into the working environmen...
This paper proposes a new approach for calibration of dead reckoning process. Using the well-known U...
In the motion control research of mobile robot, the mobile robot pose is obtained by derivation of t...
Localization is a key skill in mobile robotics. Since the world is not perfect, sensor data is not e...
This article presents a data fusion method which seeks to obtain better pose estimation of a mobile ...
This article presents a data fusion method which seeks to obtain better pose estimation of a mobile ...
In order to make effective works with the mobile robot and maximize its working performance, it is n...
Using a single sensor to determine the pose estimation of a device cannot give accurate results. Th...
Abstract This paper proposes a new approach for calibration of dead reckoning process. Using the wel...
Mobile robot localisation has been, and continues to be, a very active research area. Estimating the...
Mobile robot localisation has been, and continues to be, a very active research area. Estimating the...
The position and orientation estimation problem for mobile robots is approached by fusing measuremen...
Abstract: This paper presents a comparative study of two data fusion methods for high precision mobi...
In this sensor fusion approach, combination of filtering encoder, gyro and accel-erometerʼs signals ...
Using a single sensor to determine the pose estimation of a device cannot give accurate results. Thi...
For any mobile robot it is a major issue that of estimating its position into the working environmen...