Hostname: page-component-cd9895bd7-hc48f Total loading time: 0 Render date: 2024-12-23T08:04:50.111Z Has data issue: false hasContentIssue false
  • English
  • Français

Methods of Collision Avoidance by Radar

Published online by Cambridge University Press:  21 October 2009

Zhao Jing-song  and
Wang Feng-chen
Zhao Jing-song
Affiliation:
(Dalian Maritime University, People’s Republic of China)
Wang Feng-chen
Affiliation:
(Dalian Maritime University, People’s Republic of China)
Get access Rights & Permissions [Opens in a new window]

Abstract

In this paper, the methods of collision avoidance by radar which have been used in the radar simulator course at Chinese marine colleges are introduced. Then some other methods of estimating the risk of collision, safe passing distance and course alteration in radar collision avoidance are presented.

Keywords

1. Collision avoidance.2. Radar.
Type
Research Article
Information
The Journal of Navigation , Volume 44 , Issue 1 , January 1991 , pp. 97 - 109
Copyright
Copyright © The Royal Institute of Navigation 1991

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

References

1Cockcroft, A. N. and Lameijer, J. N. F. (1982). A Guide to the Collision Avoidance Rules. Stanford Maritime Press, London.Google Scholar
2Jones, K. D. (1974). Application of a manoeuvre diagram to multi-ship encounter. This Journal, 27, 19.Google Scholar
3Zhen, De-fu, Luo, Shi-min, Yang, Qiu-ping (1988). Shiphandling and Collision Avoidance. People’s Communication Pressing House, Beijing.Google Scholar
4Wu, Guo-chan (1989). Discussion and revision on the manoeuvring diagram. Second Symposium of China on Navigation Simulator Teaching, Qingdao, 10. 1989.Google Scholar
5Hu, Yu-qi and Wang, Qing-yu (1986). Radar Plotting. Dalian Marine College.Google Scholar
6Wang, Feng-chen (1986). Seamanship. People’s Communication Pressing House, Beijing.Google Scholar
7Wang, Jing-quan (1989). Ship’s collision avoiding diagram and improved configuration of Collision Area of Danger (CAD) for ARPA. Proceedings of Academic Symposium between Japan and China Institute of Navigation, Tokyo.Google Scholar
8Xu, Gang (1987). The method of estimating encounter result by original distance and minimum safe bearing change. Navigation Techniques, 3, 25.Google Scholar
9Hu, Yu-qi (1984). Probe into the collision avoidance method of relative motion radar. Journal of Dalian Marine College, 3. 1.Google Scholar
10Hu, Yu-qi and Wang, Feng-chen (1988). A simple method for collision avoidance on relative motion radar. Proceedings of IRNSLC 5.Google Scholar
11Wang, Xian-chen (1987). Find DCPA by the radar bearing change rate. Navigation Techniques, 5.Google Scholar
12Wang, Xian-chen (1988). Calculating the ownship’s alternative course angle for avoidance by DCPA. Proceedings of IRNSLC 5.Google Scholar
13Wang, Xian-cheng (1988). Calculating DCPA by radar bearing change rate. Proceedings of IRNSLC 5.Google Scholar
14Wang, Xian-cheng (1989). Calculating the alteration angle of safe collision avoidance by observation method. Second Symposium of China on Navigation Simulator Teaching, Qingdao.Google Scholar
15 Shanghai Maritime Institute (1989). A simple radar plotting aid. Second symposium of China on Navigation Simulator Teaching, Qingdao.Google Scholar
16Chen, Ji-an (1989). A simple radar simulator. Second Symposium of China on Navigation Simulator Teaching, Qingdao.Google Scholar
17Zhao, Jing-song (1986). A Method of Estimating Alteration Angle by Relative Motion Radar. Bachelor Thesis in Dalian Maritime University.Google Scholar
18Zhao, Jing-song (1988). A simple method of calculating the minimum alteration angle. Navigation Techniques, 6.Google Scholar
19Zhao, Jing-song (1989). A simple method of collision avoidance by radar. Second Symposium of China on Navigation Simulator Teaching, Qingdao.Google Scholar
20Wang, Jing-he (1981). To estimate DCPA. Navigation Techniques, 1.Google Scholar
21Xu, Wen-ruo. The Relationship between the Change of Bearing, the Change of Distance and DCPA in Collision Avoidance with Radar. Compilation of Experience on Navigation Techniques. People’s Communication Pressing House, Beijing.Google Scholar
1Topley, H. (1955). Estimating the nearest approach with radar. This Journal, 8, 50.Google Scholar
2Cockcroft, A. N. (1972). A manoeuvring diagram for avoiding collisions at sea. This Journal, 25, 105.Google Scholar