1 |
BUREAU VERITAS(2017), Guidelines for Autonomous Shipping, pp. 5-14.
|
2 |
IMO(2018), "FRAMEWORK FOR THE REGULATORY SCOPING EXERCISE", MSC 99/WP.9.
|
3 |
American Bureau of Shipping(2013), "Guide for Dynamic Positioning Systems", p. 5.
|
4 |
Chae C. J.(2014), Practical Operation Introduction of Dynamic Positioning System, Heae Gang press, pp. 266.
|
5 |
IMO(2022), United Kingdom developments on Maritime Autonomous Surface Ships: research, legislation and industry projects, MSC 106/INF.6, pp. 3-4.
|
6 |
IMO(1994), "Guidelines for Vessels with Dynamic Positioning Systems", MSC/Circ 645, pp. 6-7.
|
7 |
MOTIE.KIAT(2017), Smart Ship Technology and Policy Trends in Europe, pp. 37-49.
|
8 |
Laurinnen, M.(2016), Advanced Autonomous Waterborne Applications Initiative, AAWA Seminar, Helsinki, Finland.
|
9 |
Kim, H. T. and Yang, Y. H.(2019). A Review of Human Element Issues of Remote Operators on Maritime Autonomous Surface Ships, Journal of Navigation and Port Research, 43(6), pp. 395-402.
DOI
|
10 |
Seo, Y. S., Park ,Y. G., Kim, J. and Jang, H. S.(2018), Maritime Autonomous Surface Ship Technology Trend and Industry Forecast, PD ISSUE REPORT APRIL 2018, Vol. 18-4, pp. 65-66
|
11 |
KOREA MARITIME INSTITUTE(2018), "A Study on the Policy Directions related to the Introduction of Maritime Autonomous Surface Ship(MASS)", pp. 11-20.
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