Python是一种面向对象的解释型计算机程序设计语言,在设计中注重代码的可读性,同时也是一种功能强大的通用型语言。

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在Jupyter Notebook环境中使用Python和TensorFlow 2.0创建、执行、修改和共享机器学习应用程序。这本书打破了编程机器学习应用程序的任何障碍,通过使用Jupyter Notebook而不是文本编辑器或常规IDE。

您将从学习如何使用Jupyter笔记本来改进使用Python编程的方式开始。在获得一个良好的基础与Python工作在木星的笔记本,你将深入什么是TensorFlow,它如何帮助机器学习爱好者,以及如何解决它提出的挑战。在此过程中,使用Jupyter笔记本创建的示例程序允许您应用本书前面的概念。

那些刚接触机器学习的人可以通过这些简单的程序来学习基本技能。本书末尾的术语表提供了常见的机器学习和Python关键字和定义,使学习更加容易。

你将学到什么

程序在Python和TensorFlow 解决机器学习的基本障碍 在Jupyter Notebook环境中发展

这本书是给谁的

理想的机器学习和深度学习爱好者谁对Python编程感兴趣使用Tensorflow 2.0在Jupyter 笔记本应用程序。了解一些机器学习概念和Python编程(使用Python version 3)的基本知识会很有帮助。

http://file.allitebooks.com/20200923/Machine%20Learning%20Concepts%20with%20Python%20and%20the%20Jupyter%20Notebook%20Environment.pdf

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A code completion system suggests future code elements to developers given a partially-complete code snippet. Code completion is one of the most useful features in Integrated Development Environments (IDEs). Currently, most code completion techniques predict a single token at a time. In this paper, we take a further step and discuss the probability of directly completing a whole line of code instead of a single token. We believe suggesting longer code sequences can further improve the efficiency of developers. Recently neural language models have been adopted as a preferred approach for code completion, and we believe these models can still be applied to full-line code completion with a few improvements. We conduct our experiments on two real-world python corpora and evaluate existing neural models based on source code tokens or syntactical actions. The results show that neural language models can achieve acceptable results on our tasks, with significant room for improvements.

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