The characterization of scanning noise and quantization on texture feature analysis

机译：扫描噪声的表征和纹理特征分析的量化

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The study of the effects of scanning on texture features is of great interest to computer-based screening systems. A mathematical model is developed for understanding how the original image gets distorted due to the contrast variability and geometric distortion inherent in the scanning process. Both quantitative and qualitative results (for sixty common texture features) are given.

机译：基于计算机的筛选系统对扫描对纹理特征的影响的研究非常感兴趣。开发了一个数学模型来理解原始图像由于扫描过程中固有的对比度可变性和几何畸变而如何失真。给出了定量和定性结果（针对六十种常见的纹理特征）。

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《Image Analysis and Interpretation, 2004. 6th IEEE Southwest Symposium on》|2004年|p.152-156|共5页
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Martin G.; Pattichis M.S.;
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中图分类无线电电子学、电信技术;
关键词
image texture; quantisation (signal); feature extraction; medical image processing; optical distortion; scanning noise; quantization; texture feature analysis; computer-based screening systems; mathematical model; contrast variability; geometric distortion; digital diagnostic tools; analog radiograph images;

机译：图像纹理;量化（信号）;特征提取;医学图像处理;光学畸变;扫描噪声;量化;纹理特征分析;基于计算机的筛选系统;数学模型;对比度可变性;几何畸变;数字诊断工具;模拟射线照相图像;

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3. Radiation injury vs. recurrent brain metastasis: combining textural feature radiomics analysis and standard parameters may increase F-18-FET PET accuracy without dynamic scans [J] . Lohmann Philipp, Stoffels Gabriele, Ceccon Garry, European radiology . 2017,第7期

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4. The characterization of scanning noise and quantization on texture feature analysis [C] . Martin G., Pattichis M.S. IEEE Southwest Symposium on Image Analysis and Interpretation . 2004

机译：扫描噪声和量化对纹理特征分析的表征
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The characterization of scanning noise and quantization on texture feature analysis

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