QAmatch(qa_match)/文本匹配/文本分类/文本embedding/文本聚类/文本检索（bow/ifidf/ngramtf-df/bert/albert/bm25/…/nn/gbdt/xgb/kmeans/dscan/faiss/….）

基于Pytorch的，中文语义相似度匹配模型（ABCNN、Albert、Bert、BIMPM、DecomposableAttention、DistilBert、ESIM、RE2、Roberta、SiaGRU、XlNet）

利用预训练的中文模型实现基于bert的语义匹配模型 数据集为LCQMC官方数据

Methods about Deep Learning for Text Matching

A simple text watcher that matches specific targets like mention or hashtag in a string by defining rules

The fast python bm25 algorithm implemented with reverted index

Collection of papers on the related directions of Text Matching tasks

2021搜狐校园文本匹配算法大赛

🔎 Finds fuzzy matches between datasets

A free, open-source, cross-platform desktop (webapp) to generate TextMatchCut. Built with Wails, Go, and React. Runs locally

Development work for text matching

Deep Learning for Text Matching

Find similar text files in a repository and sort by similarity

Add some fuzzy string match operations to postgreSQL

Matches translatable messages to text extracted from program screenshots

No description available

TextField邮箱后缀联想输入

Unifying simple globs, regex & literal matchers for Scala

Text Matching for Various Encoders (ESIM - Enhanced LSTM for Natural Language Inference)

Implements text similarity models from Mozer et al. (2019). This package largely builds on the quanteda pipeline (Benoit et al. 2018)

Some experimentation with finding sanctioned entity names in text

文本模糊匹配，适用于Android版，直接调用动态库（use this engine to fuzzy match）

A tool for creating visual representations of word matches between two texts

基于Pytorch实现多个中文文本匹配模型

2021搜狐校园文本匹配算法大赛baseline

A repo of code for interview

No description available

Some Simple Textmatching model

INTRODUCTION Spend as much time as required to solve this problem. No time limit is applied. Write production quality code in your usual style, using C#. Do not use built-in language functionality to directly solve the problem. So do not use the built-in pattern matching functions: String::split(), String::indexOf(), String::lastIndexOf(), String::substring(), Regex.Match(), etc... The solution should provide this functionality if applicable. You may use the String class to hold information while your own algorithm does the matching. Do not copy an existing algorithm from the Internet; you do not need to implement the fastest possible algorithm. You may choose any means of accepting input and producing output, including the use of a test harness. Note: String functions not related to matching can be used. Please return the completed code in a zip file named CODE_TEST_<Candidate Name>.zip REQUIREMENTS Write an application that fulfils the following requirements: 1. Accepts two strings as input: one string is called "text" and the other is called "subtext" in this problem statement, 2. Matches the subtext against the text, outputting the character positions of the beginning of each match for the subtext within the text. 3. Allows multiple matches 4. Allows case insensitive matching ACCEPTANCE CRITERIA Input text: Polly put the kettle on, polly put the kettle on, polly put the kettle on we'll all have tea Subtext: Output: INTERCONTINENTAL EXCHANGE Code Test: Text Matching | v 1.00 © 2017 Intercontinental Exchange, Inc. Polly 1, 26, 51 Subtext: Output: polly 1, 26, 51 Subtext: Output: ll 3, 28, 53, 78, 82 Subtext: Output: Ll 3, 28, 53, 78, 82 Subtext: Output: X <no matches> Subtext: Output: Polx <no matches>

No description available