Marine Monitoring System and Safety Precautions Using Can Protocol

R. S., R. Sundar
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Abstract

Glaciers are very dangerous because they are so large that they drift low in the water, which can endanger ships. When you hit a glacier, the ship underneath the water will hit the iceberg first even before the front of the vessel above the waterline gets into contact, so it will divert from its course - it's not like hitting a brick wall. After some time they tend to capsize. At times the energy is so great which would trigger earthquakes and even tsunamis. So far from 1828 till present the turnout of the capsized ships due to icebergs are found to be 27. The main tool used to avoid the iceberg by the ice pilot is still by visually watching them or if the ship is equipped with ice radar but still the pilot needs to see the iceberg to make any decision. In case of blizzard or smog the pilot need to stop the ship until it gets cleared and visible. So we are proposing a model to detect the icebergs in the sea and to take preclusive measures which resolves the entire above mentioned problem.
使用Can协议的海洋监测系统和安全预防措施
冰川是非常危险的,因为它们太大了,以至于在水中低处漂流,这可能危及船只。当你撞上冰川时,水下的船会在水线以上的船的前部接触到冰山之前先撞上冰山,所以它会改变航线——这和撞砖墙不一样。一段时间后,它们往往会倾覆。有时能量是如此之大,以至于会引发地震甚至海啸。从1828年至今,因冰山而倾覆的船只总数为27艘。导航员用来避免冰山的主要工具仍然是通过视觉观察它们,或者如果船配备了冰雷达,但导航员仍然需要看到冰山来做出任何决定。在暴风雪或烟雾的情况下,飞行员需要停船,直到它被清除和可见。因此,我们提出了一种探测海上冰山并采取预防措施的模型,解决了上述所有问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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