Hearing the Reliability In Classified Remotely Sensed Images
Hearing the Reliability In Classified Remotely Sensed Images
复制标题
聆听分类遥感图像的可靠性
DOI：
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发表时间：
1994
期刊：
影响因子：
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通讯作者：
P. Fisher
中科院分区：
文献类型：
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作者：
P. Fisher
声音是传播制图数据的一种基本上尚未开发的媒介。对于大多数地图阅读器来说，它的主要潜力是在地图已经混乱但仍有重要数据需要传达时传达信息。这是当要显示分类的遥感图像时的情况，并且可靠性信息可用于每个像素。已经提出了显示这些信息的视觉方法，但是所有方法都很复杂并且降低了分类图像的质量。因此，已经开发了在分类图像上形成声波覆盖的几种替代声音地图，以实现分类及其可靠性的并发和整体可视化。为此目的实现的声音变量包括音高、持续时间、静音和调制;可以使用其他变量，例如响度。还通过考虑视觉提示，用户可以在图像周围导航并在所显示的图像中建立可靠性的声音图。据信，声音工具提供了一个新的...
Sound is a largely untapped medium for the communication of cartographic data. For most map readers, its primary potential is in conveying information when a map is cluttered already but there are still important data to communicate. This is the situation when a classified remotely sensed image is to be displayed, and reliability information is available for each pixel. Visual methods to display this information have been suggested, but all are complex and degrade the classified image. Therefore, several alternative sound maps forming sonic overlays on the classified image have been developed to enable concurrent and integral visualization of the classification and its reliability. The sound variables implemented for this purpose include pitch, duration, silence, and modulation; other variables, such as loudness, could be used. By also considering visual cues, a user can navigate around an image and build up a sound map of the reliability in the displayed image. It is believed that sound tools give a new ...