- PyTorch - Discussion
- PyTorch - Useful Resources
- PyTorch - Quick Guide
- PyTorch - Recursive Neural Networks
- PyTorch - Word Embedding
- Sequence Processing with Convents
- PyTorch - Visualization of Convents
- PyTorch - Feature Extraction in Convents
- Training a Convent from Scratch
- PyTorch - Introduction to Convents
- PyTorch - Datasets
- PyTorch - Recurrent Neural Network
- PyTorch - Convolutional Neural Network
- PyTorch - Linear Regression
- PyTorch - Loading Data
- PyTorch - Terminologies
- Neural Networks to Functional Blocks
- Implementing First Neural Network
- Machine Learning vs. Deep Learning
- Universal Workflow of Machine Learning
- PyTorch - Neural Network Basics
- Mathematical Building Blocks of Neural Networks
- PyTorch - Installation
- PyTorch - Introduction
- PyTorch - Home
Selected Reading
- Who is Who
- Computer Glossary
- HR Interview Questions
- Effective Resume Writing
- Questions and Answers
- UPSC IAS Exams Notes
PyTorch - Recursive Neural Networks
Deep neural networks have an exclusive feature for enabpng breakthroughs in machine learning understanding the process of natural language. It is observed that most of these models treat language as a flat sequence of words or characters, and use a kind of model which is referred as recurrent neural network or RNN.
Many researchers come to a conclusion that language is best understood with respect to hierarchical tree of phrases. This type is included in recursive neural networks that take a specific structure into account.
PyTorch has a specific feature which helps to make these complex natural language processing models a lot easier. It is a fully-featured framework for all kinds of deep learning with strong support for computer vision.
Features of Recursive Neural Network
A recursive neural network is created in such a way that it includes applying same set of weights with different graph pke structures.
The nodes are traversed in topological order.
This type of network is trained by the reverse mode of automatic differentiation.
Natural language processing includes a special case of recursive neural networks.
This recursive neural tensor network includes various composition functional nodes in the tree.
The example of recursive neural network is demonstrated below −
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