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Multi-Scale Sensor Fusion With an Online Application: Integrating GOES, MODIS, and Webcam Imagery for Environmental Monitoring

机译:具有在线应用程序的多尺度传感器融合:集成GOES,MODIS和网络摄像头图像以进行环境监控

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摘要

Webcam and satellite imagery are integral sensor web components, but there are few websites that directly synthesize these products. Additionally, websites as a means for reviewing multiple images in an organized way and for analyzing time-series imagery have not been fully explored. This paper describes how web applications can facilitate review of image archives for multi-scale sensor data fusion, with a test case of an automatic panning camera at the highest peak on Santa Cruz Island (in Channel Islands National Park off the Santa Barbara, CA coast) and MODIS and GOES-11 satellite imagery. We developed the application PanOpt (http://zulu.geog.ucsb.edu/panopt/index.html) for filtering this image database and outputting selected images as a static matrix or as an animation. On-demand product generation includes time-series charts and scatter plots of image metrics for regions of interest, with data markers linked to views of corresponding satellite and camera imagery via event-based web scripting. This is useful not only for exploratory analysis but is well suited for pedagogical applications and imparting a greater synoptic understanding of environmental phenomena. Demonstration of this website's utility includes multi-modal characterization of clouds as well as ground- and satellite-based plant phenology time-series. With this tool, the quantitative and qualitative aspects of image exploration are synergistic, making it easier to discern underlying trends and anomalies and to identify directions for further analysis.
机译:网络摄像头和卫星图像是必不可少的传感器Web组件,但是很少有网站可以直接合成这些产品。另外,还没有充分探索网站以一种有组织的方式查看多张图像并分析时间序列图像的方法。本文介绍了网络应用程序如何在多幅传感器数据融合中促进图像档案的审查,其中一个自动平移相机的测试案例位于圣克鲁斯岛(位于加利福尼亚州圣塔芭芭拉附近的海峡群岛国家公园)的最高峰)以及MODIS和GOES-11卫星图像。我们开发了应用程序PanOpt(http://zulu.geog.ucsb.edu/panopt/index.html),用于过滤此图像数据库并以静态矩阵或动画形式输出所选图像。按需产品生成包括感兴趣区域的图像指标的时间序列图和散点图,数据标记通过基于事件的Web脚本链接到相应卫星和摄像机图像的视图。这不仅对探索性分析有用,而且非常适合于教学应用,并且对环境现象有更深入的了解。该网站实用程序的演示包括云的多模式表征以及基于地面和卫星的植物物候时间序列。使用此工具,图像探索的定量和定性方面具有协同作用,使识别潜在趋势和异常现象以及确定进一步分析的方向变得更加容易。

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