In this paper, the applicability of an objective gravity wave detection method based on Gabor filter plus grating cell operators to Himawari‑8 geostationary satellite imagery is investigated for the visible, water vapor and infrared window bands. The method was originally developed for imagery of the Meteosat Second Generation geostationary satellite programme; as Himawari‑8 satellite data have higher spatial resolution, some adaptation efforts to find proper values for pixel-size-related parameters were undertaken, for each band individually. With the resulting slight modifications, it shows that the technique identifies gravity waves satisfactorily also in Himawari‑8 imagery. By comparing two variants of the grating cell operator that were previously applied in the Meteosat application, it is confirmed that the more recent version consistently yields results closer to subjective recognition.

中文翻译：

---

客观检测Himawari‑8影像中的重力波，以支持航空预报

在本文中，研究了基于Gabor滤波器加光栅单元算子的客观重力波检测方法对Himawari-8对地静止卫星图像的适用性，适用于可见，水汽和红外窗带。该方法最初是为Meteosat第二代地球静止卫星计划的影像开发的；由于Himawari-8卫星数据具有更高的空间分辨率，因此针对每个频带进行了一些适应性工作，以找到与像素大小相关的参数的正确值。经过最终的修改，表明该技术在Himawari‑8影像中也能令人满意地识别重力波。通过比较以前在Meteosat应用中应用的两种光栅单元算子的变体，