High-Performance-Python-Practical-Performant-Programming-for-Humans.pdf

Excalibur：一个Web界面，用于从PDF中提取表格数据 Excalibur是一个Web界面，可从以Python 3编写的PDF中提取表格数据！ 它由驱动。 注意： Excalibur仅适用于基于文本的PDF，不适用于扫描的文档。 （如塔布拉，“如果你可以单击并拖动到一个PDF浏览器在你的餐桌选择文本，那么你的PDF是基于文本的”。） 使用神剑 注意：您需要先然后再进行操作。 后，您需要使用以下方法初始化元数据数据库： $ excalibur initdb 然后使用以下命令启动网络服务器： $ excalibur webserver 就是这样！ 现在，您可以转到并开始从PDF中提取表格数据。 上载PDF，然后输入要从中提取表格的页码。 转到每个页面并通过在其周围绘制一个框来选择表。 （您可以选择跳过此步骤，因为Excalibur可以自行自动检测表格。单击“自动检测表格”

BIS_Humans keeping AI in check

Artificial Intelligence for Humans, Volume 1_Fundamental Algorithms-Heaton Research(2013) Artificial Intelligence for Humans, Volume 2_Nature-Inspired Algorithms-Heaton Research(2014) Artificial Intelligence for Humans, Volume 3_Deep Learning and Neural Networks-Heaton Research(2015)

Modeling Infectious Diseases in Humans and Animals.pdf

This book is designed as an introduction to the modeling of infectious diseases. We start with the simplest of mathematical models and show how the inclusion of appropriate elements of biological complexity leads to improved understanding of disease dynamics and control. Throughout, our emphasis is on the development of models, and their use either as predictive tools or as a means of understanding fundamental epidemiological processes. Although many theoretical results can be proved analytically for very simple models, we have generally focused on results obtained by computer simulation, providing analytical results only where they lead to a more generic interpretation of model behavior. Where practical, we have illustrated the general modeling principles with applied examples from the recent literature. We hope this book motivates readers to develop their own models for diseases of interest, expanding on the model frameworks given here.

How do humans sketch objects 一文的代码，结果不太准，没有文中说得好，有可能是特征提取这一步有问题，也有可能是训练的问题。 代码只对十类进行测试，详情可见博客http://blog.csdn.net/tinyway/article/details/9240115

Artificial Intelligence for Humans, Volume 1-2，包括AI基本算法，自然规律启发的算法以及深度学习