In this paper, a low-cost localization system designed for mobile robots is introduced. The system has been developed for a teaching aid where a mobile robot operates in a maze. The mobile robot is navigated by a high level control system where path-planning is executed; however, autonomous execution of the plan is required from the robot. The robot uses magnetic landmarks, among others, for its localization. Detection of the landmarks is realized by a triple axis magnetometer sensor. The landmarks are made from a commercially available magnetic sheet. Construction of the sheets limits this approach. A successful application has to meet some requirements which are described in this paper
Growing robots that achieve locomotion by extending from their tip, are inherently compliant and can...
Growing robots that achieve locomotion by extending from their tip, are inherently compliant and can...
An autonomous navigation system for a robot is key for it to be self-reliant in any given environmen...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
We propose a precise position error compensation and low-cost relative localization method in struct...
The potential applications for mobile robots are enormous. The mobile robots must quickly and robust...
In this paper, an automatic guided mobile robot using a new magnetic position meter is described. In...
In this paper, an automatic guided mobile robot using a new magnetic position meter is described. In...
In this paper, an automatic guided mobile robot using a new magnetic position meter is described. In...
We propose to use an integration process based on Transducer Electronic Data Sheets applied to a mag...
With the rapid development of mobile robots, a robust localization algorithm that could enable the r...
This paper presents an outdoor guidepath navigation system for autonomous mobile robots (AMR) that u...
AbstractThe paper presents localization method for mobile robots with use of artificial markers depl...
This paper describes a mobile robot system designed to explore and map an area such as is encountere...
Growing robots that achieve locomotion by extending from their tip, are inherently compliant and can...
Growing robots that achieve locomotion by extending from their tip, are inherently compliant and can...
An autonomous navigation system for a robot is key for it to be self-reliant in any given environmen...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
In this paper, a low-cost localization system designed for mobile robots is introduced. The system h...
We propose a precise position error compensation and low-cost relative localization method in struct...
The potential applications for mobile robots are enormous. The mobile robots must quickly and robust...
In this paper, an automatic guided mobile robot using a new magnetic position meter is described. In...
In this paper, an automatic guided mobile robot using a new magnetic position meter is described. In...
In this paper, an automatic guided mobile robot using a new magnetic position meter is described. In...
We propose to use an integration process based on Transducer Electronic Data Sheets applied to a mag...
With the rapid development of mobile robots, a robust localization algorithm that could enable the r...
This paper presents an outdoor guidepath navigation system for autonomous mobile robots (AMR) that u...
AbstractThe paper presents localization method for mobile robots with use of artificial markers depl...
This paper describes a mobile robot system designed to explore and map an area such as is encountere...
Growing robots that achieve locomotion by extending from their tip, are inherently compliant and can...
Growing robots that achieve locomotion by extending from their tip, are inherently compliant and can...
An autonomous navigation system for a robot is key for it to be self-reliant in any given environmen...