首页> 外文会议>International conference on ocean, offshore and arctic engineering;OMAE2011 >SPACE-TIME WAVES AND SPECTRA IN THE NORTHERN ADRIATIC SEA VIA A WAVE ACQUISITION STEREO SYSTEM
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SPACE-TIME WAVES AND SPECTRA IN THE NORTHERN ADRIATIC SEA VIA A WAVE ACQUISITION STEREO SYSTEM

机译:波浪采集立体系统在北亚海域的时空波谱

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A novel Wave Acquisition Stereo System (WASS) is proposed for the stereo reconstruction of oceanic waves both in space and time. To test the performance of such video observational technology, we have deployed WASS at the oceanographic tower Acqua Aha in the Northern Adriatic Sea, off the Venice coast in Italy. The analysis of WASS video measurements yielded accurate estimates of the oceanic sea state dynamics, the associated directional spectra and wave surface statistics that agree well with theoretical models. Further, the expected largest wave surface height over an area is estimated via both Piterbarg's theory (Piterbarg 1995) and Adler's Euler characteristics (Adler 1981, Adler and Taylor 2007). It is found that the largest surface height over the imaged area is considerably larger than the maximum crest observed in time at a single point, in agreement with theoretical predictions.
机译:提出了一种新颖的波浪采集立体声系统(WASS),用于在空间和时间上对海浪进行立体声重建。为了测试这种视频观测技术的性能,我们在意大利威尼斯海岸附近的亚得里亚海北部海洋学塔Acqua Aha上部署了WASS。通过对WASS视频测量的分析,可以对海洋海况动态,相关的方向性光谱和波面统计数据进行准确的估算,这些估算值与理论模型非常吻合。此外,通过Piterbarg的理论(Piterbarg 1995)和Adler的Euler特性(Adler 1981,Adler和Taylor 2007)都估计了一个区域内预期的最大波面高度。发现与理论预测一致,在成像区域上的最大表面高度明显大于在单个点上及时观察到的最大波峰。

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