海上训练模拟器的一种新的高效波浪模型

Jean-Marc Cieutat, J. Gonzato, P. Guitton
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引用次数: 23

摘要

海上训练模拟器市场与航空训练模拟器市场同样重要。许多海上事故都是由于危急情况下的驾驶失误造成的。这种情况通常是由于环境(波浪和溪流)。因此,海洋模拟器的主要挑战是尽可能准确地模拟这种环境,更精确地模拟海浪。目前,出现了两种不同的波浪模拟理论。首先,物理学家正在创建精确的模型,而在计算机图形学中,研究人员正在提出一些更简单的基于物理的模型,以产生静态的逼真图像。本文描述了一种新的、高效的、实时的波浪传播模型,并展示了它在真实海洋模拟器中的集成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new efficient wave model for maritime training simulator
The market for maritime training simulators is as important as the market for aeronautical training simulators. Many maritime accidents are caused by piloting errors in critical situations. Such situations are usually due to the environment (waves and streams). Hence, the main challenge of a maritime simulator is to simulate this environment as accurately as possible and, more precisely, to simulate ocean waves. Nowadays, two kinds of wave simulation theories are being presented. Firstly, accurate models are being created by physicists, while in computer graphics, researchers are putting forward some simpler physically-based models in order to produce static photorealistic images. This paper describes a new, efficient, real-time model of wave propagation and shows its integration in a real maritime simulator.
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