| Title | Design and Verification of Integrated Ship Monitoring Network with High Reliability and Zero-Time Self-Healing |
| Publication Type | Conference Paper |
| Year of Publication | 2019 |
| Authors | Liu, Zhikun, Gui, Canzhi, Ma, Chao |
| Conference Name | 2019 Chinese Control And Decision Conference (CCDC) |
| Keywords | communication technology, composability, computer network reliability, computerised monitoring, Ethernet, High reliability, integrated ship monitoring network, Local area networks, maintenance engineering, Marine vehicles, Monitoring, network cables, network performance test environment, optical switches, pubcrawl, Real-time Systems, Redundancy, resilience, Resiliency, self-healing network switch, self-healing networks, ship monitoring equipment, Ship monitoring network, ships, telecommunication network planning, Zero-time self-healing, zero-time self-healing network communication technology |
| Abstract | The realization principle of zero-time self-healing network communication technology is introduced. According to the characteristics of ship monitoring, an integrated ship monitoring network is designed, which integrates the information of ship monitoring equipment. By setting up a network performance test environment, the information delay of self-healing network switch is tested, and the technical characteristics of "no packet loss" are verified. Zero-time self-healing network communication technology is an innovative technology in the design of ship monitoring network. It will greatly reduce the laying of network cables, reduce the workload of information upgrade and transformation of ships, and has the characteristics of continuous maintenance of the network. It has a wide application prospect. |
| DOI | 10.1109/CCDC.2019.8832456 |
| Citation Key | liu_design_2019 |
Design and Verification of Integrated Ship Monitoring Network with High Reliability and Zero-Time Self-Healing