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Automating the hunt for volcanoes on Venus

机译:在金星上自动寻找火山的火山

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Our long-term goal is to develop a trainable tool for locating patterns of interest in large image databases. Toward this goal we have developed a prototype system, based on classical filtering and statistical pattern recognition techniques, for automatically locating volcanoes in the Magellan SAR database of Venus. Training for the specific volcano-detection task is obtained by synthesizing feature templates (via normalization and principal components analysis) from a small number of examples provided by experts. Candidate regions identified by a focus of attention (FOA) algorithm are classified based on correlations with the feature templates. Preliminary tests show performance comparable to trained human observers.
机译:我们的长期目标是开发一种用于定位大图像数据库的兴趣模式的培训工具。为了实现这一目标,我们开发了一种基于经典过滤和统计模式识别技术的原型系统,用于自动定位Venus的Magellan SAR数据库中的火山。通过从专家提供的少数示例中合成特征模板(通过标准化和主成分分析)来获得特定火山检测任务的训练。通过关注焦点(FOA)算法标识的候选区域是基于与特征模板的相关性的分类。初步测试显示与培训的人类观察者相当的性能。

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