该项目是一个基于 PyTorch 的框架和实现套件,用于中文文本的监督分类。它作为一个深度学习文本分类器,旨在自动化将中文文档标记并组织到预定义类别的过程。
649453932/chinese-text-classification-pytorch 的主要功能包括:Chinese Text Classifiers, Deep Learning Classifiers, Deep Learning NLP Frameworks, Dense Vector Embeddings, PyTorch Tensor Operations, Modular Architectures, Supervised Classification, Input Sequence Attentions。
649453932/chinese-text-classification-pytorch 的开源替代品包括: 649453932/bert-chinese-text-classification-pytorch — This project is a PyTorch-based Chinese text classification framework. It provides a transformer-based pipeline… lyhue1991/eat_pytorch_in_20_days — This project is a deep learning tutorial series and educational curriculum designed to teach PyTorch fundamentals. It… huawei-noah/cv-backbones — CV-Backbones is a computer vision backbone library and model zoo providing a collection of pre-defined neural network… gaussic/text-classification-cnn-rnn — This project is a TensorFlow-based supervised text categorizer designed for Chinese natural language processing. It… explosion/spacy — spaCy is a Python natural language processing framework designed for industrial-scale text processing. It converts raw… zalandoresearch/flair — Flair is a natural language processing framework for training and applying models for sequence labeling and text…
This project is a PyTorch-based Chinese text classification framework. It provides a transformer-based pipeline designed to categorize Chinese language sequences into predefined labels using deep learning models. The implementation supports both BERT and ERNIE language models for processing and tagging complex Chinese text. These models are used to perform tasks such as sentiment analysis and general text categorization. The system utilizes transformer-based text encoding and attention-weighted sequence pooling to convert raw characters into document vectors. It employs pre-trained model fin
This project is a deep learning tutorial series and educational curriculum designed to teach PyTorch fundamentals. It serves as a structured training guide for mastering neural network architecture, automatic differentiation, and the use of tensors and dynamic computation graphs. The curriculum focuses on practical implementations, specifically guiding the development of recommendation systems, advertising models, and interest networks to predict user preferences. It also provides instructional content for time series forecasting and processing sequential data. The material covers a broad ra
CV-Backbones is a computer vision backbone library and model zoo providing a collection of pre-defined neural network architectures for extracting visual features and processing image data. It serves as a PyTorch vision framework of reusable deep learning components designed for image analysis and visual representation learning. The library focuses on efficient neural network architectures to reduce computational overhead while maintaining feature extraction performance. This is achieved through the implementation of lightweight model designs such as GhostNet and MLP. The project covers a br
This project is a TensorFlow-based supervised text categorizer designed for Chinese natural language processing. It utilizes a hybrid neural network architecture that combines convolutional and recurrent layers to map raw Chinese text to predefined categories. The system integrates convolutional neural networks for local feature extraction and recurrent neural networks for analyzing sequential dependencies. It employs character-level tokenization and word embeddings to represent text as numerical tensors. The implementation covers the end-to-end machine learning pipeline, including text prep