ROS-based Robot Development Toward Fully Automated Network Management
Title | ROS-based Robot Development Toward Fully Automated Network Management |
Publication Type | Conference Paper |
Year of Publication | 2019 |
Authors | Warabino, Takayuki, Suzuki, Yusuke, Miyazawa, Masanori |
Conference Name | 2019 20th Asia-Pacific Network Operations and Management Symposium (APNOMS) |
Keywords | Automation, commercial network center, composability, control engineering computing, cyber-physical world, environmental monitoring, expandability, fully automated network management robot, Monitoring, network management, NFV transfers, operating systems (computers), pubcrawl, Resiliency, Robot, Robot Operating System, Robot sensing systems, robots, ROS, ROS-based robot development, SDN, Servers, Software, softwarelization technologies, Temperature sensors |
Abstract | While the introduction of the softwarelization technologies such as SDN and NFV transfers main focus of network management from hardware to software, the network operators still have to care for a lot of network and computing equipment located in the network center. Toward fully automated network management, we believe that robotic approach will be significant, meaning that robot will care for the physical equipment on behalf of human. This paper explains our experience and insight gained throughout development of a network management robot. We utilize ROS(Robot Operating System) which is a powerful platform for robot development and secures the ease of development and expandability. Our roadmap of the network management robot is also shown as well as three use cases such as environmental monitoring, operator assistance and autonomous maintenance of the equipment. Finally, the paper briefly explains experimental results conducted in a commercial network center. |
DOI | 10.23919/APNOMS.2019.8892921 |
Citation Key | warabino_ros-based_2019 |
- pubcrawl
- Temperature sensors
- softwarelization technologies
- Software
- Servers
- SDN
- ROS-based robot development
- ROS
- robots
- Robot sensing systems
- Robot Operating System
- Robot
- Resiliency
- automation
- operating systems (computers)
- NFV transfers
- network management
- Monitoring
- fully automated network management robot
- expandability
- environmental monitoring
- cyber-physical world
- control engineering computing
- composability
- commercial network center