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The ship trajectory simulation model based on seawater temperature changes on LabVIEW

机译:基于海水温度变化的船舶轨迹仿真模型LabView

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Seawater temperature changes are relatively large because of the sun, weather conditions, ocean currents and many other factors in a day, and each depth region has a different temperature. The marine biological activities also have a direct relation with environmental temperatures, so the fishing is related to seawater temperatures for the fishermen. We should design a suitable ship track to reach the fishing point while fishermen are fishing down the sea, and we need to calculate scientifically the seawater temperature changes in order to make it suit for fishing. Because different depth seawater areas have different temperatures with the number of different fish species, the fishermen should advance to forecast a reasonable fishing track which can save the fishing time and improve work efficiency. We analyzed the actual seawater temperature changes and ship tracks, and combined with LabVIEW simulation experiments to verify the feasibility in this paper.
机译:由于太阳,天气状况,海洋电流和一天的许多其他因素,海水温度变化相对较大,每个深度区域具有不同的温度。海洋生物活性也与环境温度有直接关系,因此捕捞与渔民的海水温度有关。我们应该设计一个合适的船舶轨道来到达钓鱼点,而渔民正在钓鱼,我们需要科学地计算海水温度变化,以使其适合捕鱼。由于不同的深度海水区具有不同的温度与不同的鱼类数量不同,因此渔民应该提前预测合理的渔路,可以节省渔望,提高工作效率。我们分析了实际海水温度变化和船舶轨道,并结合LabVIEW仿真实验,验证了本文的可行性。

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