Trebbia P, Mory C
Laboratoire de Physique des Solides, Orsay, France.
Ultramicroscopy. 1990 Dec;34(3):179-203. doi: 10.1016/0304-3991(90)90071-s.
This article presents two applications of image analysis and processing using the unconventional methods described in the companion paper (part I). Both the information analysis via relative entropy measurement and mapping and the factorial analysis of correspondence are demonstrated to be valuable tools for building an elemental map from a set of noisy energy-filtered images recorded in an analytical transmission electron microscope. Although the only technique considered here is electron energy loss spectroscopy, there is no doubt that such methods can be applied to a wide variety of similar problems: only a reduced number of underlying hypotheses are needed.
本文介绍了使用配套论文（第一部分）中描述的非常规方法进行图像分析和处理的两个应用。通过相对熵测量和映射进行的信息分析以及对应因子分析都被证明是用于从分析型透射电子显微镜记录的一组噪声能量过滤图像构建元素图的有价值工具。尽管这里考虑的唯一技术是电子能量损失谱，但毫无疑问，此类方法可应用于各种各样的类似问题：只需要减少一些基本假设。
