Understanding LSTM Networks and Their Applications

Understanding LSTM Networks and Their Applications

Previously, I introduced Recurrent Neural Networks (RNNs), which are fascinating because they can effectively utilize historical information. For instance, using the previous video frame to infer the current video content. In earlier articles, we also discussed that traditional RNNs cannot learn connections that are too far apart in time. Sometimes, we only need the previous … Read more

Exploring LSTM: From Basic Concepts to Internal Structures

Exploring LSTM: From Basic Concepts to Internal Structures

Compiled and Organized by Annie Ruo Po | QbitAI WeChat Official Account Author Bio: Edwin Chen, researching mathematics/linguistics at MIT, speech recognition at Microsoft Research, quantitative trading at Clarium, advertising at Twitter, and machine learning at Google. In this article, the author first introduces the basic concepts of neural networks, RNNs, and LSTMs, then compares … Read more

Complete Notes on Andrew Ng’s deeplearning.ai Courses

Complete Notes on Andrew Ng's deeplearning.ai Courses

Source: Machine Heart This article contains 3744 words, and is recommended for a reading time of 8 minutes. Through this article, we will explain how to build models for natural language, audio, and other sequential data. Since Andrew Ng released the deeplearning.ai courses, many learners have completed all the specialized courses and meticulously created course … Read more

Reinventing RNNs for the Transformer Era: RWKV Model

Reinventing RNNs for the Transformer Era: RWKV Model

Machine Heart Report Machine Heart Editorial Department Transformer models have revolutionized almost all natural language processing (NLP) tasks, but their memory and computational complexity grows quadratically with sequence length. In contrast, Recurrent Neural Networks (RNNs) grow linearly in memory and computational requirements, but due to limitations in parallelization and scalability, it is difficult to achieve … Read more

Do We Still Need Attention in Transformers?

Do We Still Need Attention in Transformers?

Selected from interconnects Author: Nathan Lambert Translated by Machine Heart Machine Heart Editorial Team State-space models are on the rise; has attention reached its end? In recent weeks, there has been a hot topic in the AI community: implementing language modeling with attention-free architectures. In short, this refers to a long-standing research direction in the … Read more

Future Frame Prediction in 2D Movie MR Images Using PCA and RNN

Future Frame Prediction in 2D Movie MR Images Using PCA and RNN

✅Author Bio: A Matlab simulation developer passionate about research, skilled in data processing, modeling simulation, program design, complete code acquisition, paper reproduction, and scientific simulation. 🍎Personal Homepage:Matlab Research Studio 🍊Personal Motto: Seek knowledge through inquiry; feel free to message me for help. 🔥 Content Introduction Abstract: Respiratory motion in medical imaging is a critical factor … Read more

RNN Transformation Mechanism and Practical Applications

RNN Transformation Mechanism and Practical Applications

Follow Hui Kuo Technology to learn more about technology knowledge Hello everyone, I am Liu Zenghui! Today we will continue the series of lectures on artificial intelligence neural networks, focusing on the transformation mechanism and practical applications of RNNs, exploring how they are widely used in various fields! Transformation Mechanism of RNN In the previous … Read more

When RNN Meets Reinforcement Learning: Building General Models for Space

When RNN Meets Reinforcement Learning: Building General Models for Space

You may be familiar with reinforcement learning, and you may also know about RNNs. What sparks can these two relatively complex concepts in the world of machine learning create together? Let me share a few thoughts. Before discussing RNNs, let’s first talk about reinforcement learning. Reinforcement learning is gaining increasing attention; its importance can be … Read more