This paper presents the design and implementation of a control system for autonomous navigation based on a Service Oriented Architecture (SOA) supporting a mobile robot suitable for industrial applications. The robot is required to perform generic high-level tasks in indoor structured environments. The control architecture, developed within the Microsoft Robotics Developer Studio (MRDS), allows to encapsulate the controller functionalities as a set of services that interact and exchange data among them. This approach allows to guarantee flexibility, scalability and reliability. The accurate testing, carried out in simulated and real environments, shows good real-time performances
AbstractThis paper discusses an approach to controlling autonomous and mobile robotic production uni...
Abstract This paper identifies attributes of intelligent robotic applications and surveys the differ...
Abstract. In this paper, a control system in the domain of teleoperated service robots is presented....
This paper presents the design and implementation of a control system for autonomous navigation base...
This paper addresses the challenge of introducing mobile robots in industrial applications, where ch...
Integration of equipment in industrial robot cells is to an increasing part involved with interfacin...
Abstract — The robotics is one of the most active areas. We also need to join a large number of disc...
This paper introduces a new concept for flexible motion planning and control of industrial robots. I...
The paper proposes an architecture for a control system of an autonomous robot as well as an archite...
Cyber-physical systems like networked robots have benefited from improvements in hardware processing...
This paper presents an approach for designing robots and robotic systems based on the application of...
Many service robot applications rely on mobile platforms with and without manipulator arm. These sys...
This paper focuses on the role of real-time operation support in mobile robot control architectures ...
The complexity of robotic software architectures stems from the need to manage a diverse range of se...
Abstract: Embedded computer control systems rely on software for performing their functions. These s...
AbstractThis paper discusses an approach to controlling autonomous and mobile robotic production uni...
Abstract This paper identifies attributes of intelligent robotic applications and surveys the differ...
Abstract. In this paper, a control system in the domain of teleoperated service robots is presented....
This paper presents the design and implementation of a control system for autonomous navigation base...
This paper addresses the challenge of introducing mobile robots in industrial applications, where ch...
Integration of equipment in industrial robot cells is to an increasing part involved with interfacin...
Abstract — The robotics is one of the most active areas. We also need to join a large number of disc...
This paper introduces a new concept for flexible motion planning and control of industrial robots. I...
The paper proposes an architecture for a control system of an autonomous robot as well as an archite...
Cyber-physical systems like networked robots have benefited from improvements in hardware processing...
This paper presents an approach for designing robots and robotic systems based on the application of...
Many service robot applications rely on mobile platforms with and without manipulator arm. These sys...
This paper focuses on the role of real-time operation support in mobile robot control architectures ...
The complexity of robotic software architectures stems from the need to manage a diverse range of se...
Abstract: Embedded computer control systems rely on software for performing their functions. These s...
AbstractThis paper discusses an approach to controlling autonomous and mobile robotic production uni...
Abstract This paper identifies attributes of intelligent robotic applications and surveys the differ...
Abstract. In this paper, a control system in the domain of teleoperated service robots is presented....