We propose to use an integration process based on Transducer Electronic Data Sheets applied to a magnetic sensor system for the realization of artificial landmarks. Magnetic sensors provide an advantageous alternative in surroundings where GPS and optical sensors do not work. These landmarks can be used by passing autonomous vehicles, e.g., drones, for re-orientation and re-calibration. To facilitate the usage of these landmarks also by any vehicle, known or unknown, a standardized process for automatic connection and identification of the landmarks is suggested. During this process, all necessary information such as protocols, calibration data etc. is made known to the vehicle passing by. Based on the provided information, the vehicle itse...
Abstract- This paper presents a methodology to enable a mobile robot to automatically correct its od...
In the future, vehicles will gather more and more spatial information about their environment, using...
In this paper, we present an autonomous guidance service by combining the position information from ...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
The real-time recognition of absolute (or relative) position and orientation on a network of roads i...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
This paper presents a proposed design of a mechatronics system for autonomous vehicles. The proposed...
This paper describes the development and testing of a vehicle recognition prototype based on magneti...
This paper describes the development and testing of a vehicle recognition prototype based on magneti...
This paper describes the development and testing of a vehicle recognition prototype based on magneti...
This paper presents an outdoor guidepath navigation system for autonomous mobile robots (AMR) that u...
This paper proposes an improved intelligent vehicle localization method, which integrates the data f...
Electromagnetic navigation is a complementary guiding technique often used in navigation systems in ...
Localisation, the ability to find out the position, is essential to a mobile robot. The most common ...
This paper deals with predictive maintenance of infrastructure objects, focusing on the inspection o...
Abstract- This paper presents a methodology to enable a mobile robot to automatically correct its od...
In the future, vehicles will gather more and more spatial information about their environment, using...
In this paper, we present an autonomous guidance service by combining the position information from ...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
The real-time recognition of absolute (or relative) position and orientation on a network of roads i...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
This paper presents a proposed design of a mechatronics system for autonomous vehicles. The proposed...
This paper describes the development and testing of a vehicle recognition prototype based on magneti...
This paper describes the development and testing of a vehicle recognition prototype based on magneti...
This paper describes the development and testing of a vehicle recognition prototype based on magneti...
This paper presents an outdoor guidepath navigation system for autonomous mobile robots (AMR) that u...
This paper proposes an improved intelligent vehicle localization method, which integrates the data f...
Electromagnetic navigation is a complementary guiding technique often used in navigation systems in ...
Localisation, the ability to find out the position, is essential to a mobile robot. The most common ...
This paper deals with predictive maintenance of infrastructure objects, focusing on the inspection o...
Abstract- This paper presents a methodology to enable a mobile robot to automatically correct its od...
In the future, vehicles will gather more and more spatial information about their environment, using...
In this paper, we present an autonomous guidance service by combining the position information from ...