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Applying Spherical Triangle Concept in Simulator to Determine Distance and Direction of Ship

机译:在模拟器中应用球形三角概念来确定船舶的距离和方向

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Since Electronic Chart Display and Information System (ECDIS) is a very important navigator for the safety of seafaring, a cadet of Seafaring Polytechnic should learn it at class. Cadet should master how to use it properly to improve effectiveness and efficiency in seafaring. But, ECDIS only in the ship and training fee is very expensive. Seafaring Polytechnic need simulator like ECDIS, but can easily use in the class. This study reports the development of simulator that applying spherical triangle concept to determine distance and direction of the ship. RnD has chosen in this research. To ensure accuracy, we will compare the result of measuring with simulator and ECDIS. 51 cadets of deck department were asked to respond trial sessions of simulator. This investigation points out that the performance of this simulator tends to ECDIS with 0.072% error in measuring distance and 0.16% error in determining the direction of the ship. For the trial sessions, 85% cadets give a positive response and 87% pass the passing grade. These findings suggest that this simulator can be integrated into the marine learning process in the class. For the next research can be developed a simulator that used the map with marine traffic.
机译:由于电子图表显示和信息系统(ECDIS)是一个非常重要的导航员,用于海裁判的安全,海队理工学院的军人应该在课堂上学习。 Cadet应该掌握如何正确使用它来提高海方的有效性和效率。但是,只有在船舶和培训费中的ECDIS非常昂贵。海上职业技术需要像ECDIS这样的模拟器,但可以轻松在课堂上使用。本研究报告了模拟器的开发,用于施加球形三角形概念来确定船舶的距离和方向。 RND在这项研究中选择了。为确保准确性,我们将使用模拟器和ECDIS进行比较测量结果。 51甲板部门的Cadets被要求回应模拟器的试验。本研究指出,该模拟器的性能倾向于ECDIS,测量距离误差为0.072%,确定船舶方向的0.16%误差。对于审判课程,85%的学员的学员提供积极的反应,87%通过了通过的级别。这些发现表明,该模拟器可以集成到课堂上的海洋学习过程中。对于下一个研究,可以开发一种使用与海洋流量的地图的模拟器。

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