Digital Image Processing An Algorithmic Introduction using Java

数字图像处理：Java语言算法描述（世界著名计算机教材精选）英文完整版 Wilhelm Burger, Mark James Burge, "Digital Image Processing: An Algorithmic Introduction using Java" Springer | 2008 | ISBN: 1846283795 | 566 pages | Djvu | 7,8 MB "This will be one of my continuing reference books for some time to come." Steve Cunningham, PhD, Past President of SIGGRAPH "An excellent resource for the users of ImageJ." Wayne Rasband, author of ImageJ This modern, self-contained, textbook explains the fundamental algorithms of digital image processing through practical examples and complete Java implementations. Available for the first time in English, Digital Image Processing is the definitive textbook for students, researchers, and professionals in search of critical analysis and modern implementations of the most important algorithms in the field. • Practical examples and carefully constructed chapter-ending exercises drawn from the authors' years of experience teaching this material • Real implementations, concise mathematical notation, and precise algorithmic descriptions designed for programmers and practitioners • Easily adaptable Java code and completely worked out examples for easy inclusion in existing, and rapid prototyping of new, applications • Self-contained chapters and additional online material suitable for a flexible one- or two- semester course • Uses ImageJ, the image processing system developed, maintained, and freely distributed by the U.S. National Institutes of Health (NIH) • A comprehensive Website (www.imagingbook.com) with complete Java source code, test images, and additional instructor materials This comprehensive, reader-friendly introduction is ideal for foundation courses as well as eminently suitable for self-study. Wilhelm Burger is the director of the Digital Media degree programs at the Upper Austria University of Applied Sciences at Hagenberg. Mark J. Burge is a program director at the National Science Foundation (NSF) and a principal at Noblis (Mitretek) in Washington, D.C.

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matlab做信效度分析代码使用深度神经网络及其分析预测下颞（IT）多单元输出。 深度神经网络由多层组成，以处理输入图像。 以类似的方式，灵长类动物大脑的视觉皮层具有多个层，这些层处理从视神经传入的视觉刺激。 它们按以下顺序排列：V1，V2，V3，V4，IT（下颞）。 IT层类似于经过训练的DNN的最后一层，确定图像中的对象。 在该项目中，比较了灵长类动物大脑的视觉皮层（V4和IT）的5个区域中的2个区域与流行的DNN模型之间的比较。 用于比较的一些DNN模型是： HMO HMAX 像V1 像V2 克里热夫斯基等。 2012年 Zeiler＆Fergus 2013 1.1）数据获取和使用 在显示测试对象（灵长类动物）测试图像的同时，从其V4和IT区域记录神经输出。 V4区域具有128个通道，通过该通道收集神经输出，而IT区域具有168个通道。 因此，灵长类动物大脑中一幅图像的IT表示是一个168维向量。 总共向灵长类动物显示了1960张图像，因此V4数据矩阵为1960x128，而IT数据矩阵为1960x168。 这是数据的链接： 这里仅使用多单位数据。 为了从DNN模型的最后一个完全连