XLNet-Pytorch 使用Pytorch包装器可轻松实现XLNet！ 您可以看到XLNet Architecture如何以小批量（= 1）进行预训练的示例。 用法 $ git clone https://github.com/graykode/xlnet-Pytorch && cd xlnet-Pytorch # To use Sentence Piece Tokenizer(pretrained-BERT Tokenizer) $ pip install pytorch_pretrained_bert $ python main.py --data ./data.txt --tokenizer bert-base-uncased \ --seq_len 512 --reuse_len 256 --perm_size 256 \ --bi_data True --mask_alpha 6 --mask_beta 1 \ --num_predict 85 --mem_len 384 --num_epoch 100 另外，您可以轻松地在运行代码。 纸中预训练的

Book Description Natural Language Processing (NLP) has become one of the prime technologies for processing very large amounts of unstructured data from disparate information sources. This book includes a wide set of recipes and quick methods that solve challenges in text syntax, semantics, and speech tasks. At the beginning of the book, you'll learn important NLP techniques, such as identifying parts of speech, tagging words, and analyzing word semantics. You will learn how to perform lexical analysis and use machine learning techniques to speed up NLP operations. With independent recipes, you will explore techniques for customizing your existing NLP engines/models using Java libraries such as OpenNLP and the Stanford NLP library. You will also learn how to use NLP processing features from cloud-based sources, including Google and Amazon's AWS. You will master core tasks, such as stemming, lemmatization, part-of-speech tagging, and named entity recognition. You will also learn about sentiment analysis, semantic text similarity, language identification, machine translation, and text summarization. By the end of this book, you will be ready to become a professional NLP expert using a problem-solution approach to analyze any sort of text, sentences, or semantic words. What you will learn Explore how to use tokenizers in NLP processing Implement NLP techniques in machine learning and deep learning applications Identify sentences within the text and learn how to train specialized NER models Learn how to classify documents and perform sentiment analysis Find semantic similarities between text elements and extract text from a variety of sources Preprocess text from a variety of data sources Learn how to identify and translate languages

Over 60 effective recipes to develop your Natural Language Processing (NLP) skills quickly and effectively About This Book Build effective natural language processing applications Transit from ad-hoc methods to advanced machine learning techniques Use advanced techniques such as logistic regression, conditional random fields, and latent Dirichlet allocation Who This Book Is For This book is for experienced Java developers with NLP needs, whether academics, industrialists, or hobbyists. A basic knowledge of NLP terminology will be beneficial. In Detail NLP is at the core of web search, intelligent personal assistants, marketing, and much more, and LingPipe is a toolkit for processing text using computational linguistics. This book starts with the foundational but powerful techniques of language identification, sentiment classifiers, and evaluation frameworks. It goes on to detail how to build a robust framework to solve common NLP problems, before ending with advanced techniques for complex heterogeneous NLP systems. This is a recipe and tutorial book for experienced Java developers with NLP needs. A basic knowledge of NLP terminology will be beneficial. This book will guide you through the process of how to build NLP apps with minimal fuss and maximal impact. Table of Contents Chapter 1. Simple Classifiers Chapter 2. Finding and Working with Words Chapter 3. Advanced Classifiers Chapter 4. Tagging Words and Tokens Chapter 5. Finding Spans in Text – Chunking Chapter 6. String Comparison and Clustering Chapter 7. Finding Coreference Between Concepts/People

注意就是您所需要的：Pytorch实现 这是“”中的变压器模型的PyTorch实现（Ashish Vaswani，Noam Shazeer，Niki Parmar，Jakob Uszkoreit，Llion Jones，Aidan N.Gomez，Lukasz Kaiser，Illia Polosukhin，arxiv，2017年）。 一种新颖的序列到序列框架利用自我注意机制，而不是卷积运算或递归结构，在WMT 2014英德翻译任务上实现了最先进的表现。 （2017/06/12） 官方Tensorflow实现可在以下位置找到： 。 要了解有关自我注意机制的更多信息，您可以阅读“”。 该项目现在支持使用训练有素的模型进行培训和翻译。 请注意，该项目仍在进行中。 BPE相关部件尚未经过全面测试。 如果有任何建议或错误，请随时提出问题以通知我。 :) 需求 python 3.4+ pytorch 1.3.1 火炬文字0.4.0 Spacy 2.2.2+ tqdm 莳萝 麻木 用法 WMT'16多式联运翻译：de-en WMT'16多模式翻译任务的培训示例（ ）。

使用BERT的细粒度情感分类 此存储库包含用于获取的结果的代码。 用法 可以使用run.py运行各种配置的实验。 首先，安装python软件包（最好在一个干净的virtualenv中）： pip install -r requirements.txt Usage: run.py [OPTIONS] Train BERT sentiment classifier. Options: -c, --bert-config TEXT Pretrained BERT configuration -b, --binary Use binary labels, ignore neutrals -r, --root Use only root nodes of SST -s, --save

text2sql-data 该存储库包含用于构建和评估将句子映射到SQL的系统的数据和代码，这些数据和代码是作为以下部分开发的： ，Catherine Finegan-Dollak，Jonathan K.Kummerfeld，Li Zhang，Karthik Ramanathan，Sesh Sadasivam，Rui Zhang和Dragomir Radev，ACL 2018 对于一系列领域，我们提供： 带注释变量的句子 SQL查询 数据库模式 数据库 这些是先前数据集和我们开发的新数据集的改进形式。 我们有单独的文件描述，和。 版 描述 4 数据修复 3 Spider和WikiSQL的数据修复和数据添加 2 修正了错误定义的变量的数据 1个 ACL 2018论文中使用的数据 引用这项工作 如果您在工作中使用此数据，请引用我们的ACL文件和适当的原始来源，并列出数据的版本号。 例如，在您的论文中，您可以编写（使用下面的BibTeX）： In this work, we use version 4 of the modified SQL datasets from \c

Natural Language Processing in Action is your guide to creating machines that understand human language using the power of Python with its ecosystem of packages dedicated to NLP and AI. About the Technology Recent advances in deep learning empower applications to understand text and speech with extreme accuracy. The result? Chatbots that can imitate real people, meaningful resume-to-job matches, superb predictive search, and automatically generated document summaries—all at a low cost. New techniques, along with accessible tools like Keras and TensorFlow, make professional-quality NLP easier than ever before.

WordGCN 使用图卷积网络在词嵌入中整合句法和语义信息 WordGCN概述 SynGCN概述：SynGCN使用图卷积网络来利用依赖上下文学习单词嵌入。 对于词汇表中的每个单词，该模型旨在通过基于使用GCN编码的依存关系上下文预测每个单词来学习其表示形式。 请参阅本文的第5节以获取更多详细信息。 依存关系 与TensorFlow 1.x和Python 3.x兼容。 可以使用requirements.txt安装依赖项。 pip3 install -r requirements.txt 安装用于评估学习的嵌入的。 可以从此下载本文中使用的测试和有效数据集拆分。 用提供的文件夹替换原始的~

关系提取中的位置感知注意力RNN模型 此存储库包含PyTorch代码，用于纸上的。 TACRED数据集：有关TAC关系提取数据集的详细信息可以在上找到。 要求 Python 3（在3.6.2上测试） PyTorch（在1.0.0上测试） 解压缩，wget（仅用于下载） 制备 首先，从斯坦福大学网站下载和解压缩GloVe载体，方法如下： chmod +x download.sh; ./download.sh 然后使用以下方法准备词汇和初始单词向量： python prepare_vocab.py dataset/tacred dataset/vocab --glove_dir data

natural language processing with python最新版本，python3,NLTK3，注意是英文版本，每个章节都是分开的，介意的话，别下载