RNNs Explained

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Architecture, Advantages, and Applications

These are specialized neural networks designed to process sequential data.

What are RNNs?

An RNN consists of: – Input layer – Hidden layers with recurrent connections – Output layer

RNN Architecture

The hidden state in RNNs acts as memory, storing information from previous inputs.

Hidden State Mechanism

– Natural Language Processing – Speech recognition – Sentiment analysis – Generating sequential data like music or text.

Applications of RNNs

It can learn temporal dependencies in data

Advantages of RNNs

Struggle with long-range dependencies

Limitations of RNNs

Advanced models like Long Short-Term Memory (LSTM) and Gated Recurrent Units (GRU) enhances memory retention and performance in complex tasks.

Advanced RNN Variants