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Neural machine translation (NMT) systems handle the alignment problem between source and target texts by using an attention mechanism. This attention mechanism allows the NMT model to focus on different parts of the source text as it generates the corresponding target text.
During the training phase, the NMT model learns to align the words or subword units in the source text with their corresponding translations in the target text. The attention mechanism assigns weights to different parts of the source text, indicating their importance for generating each word in the target text.
When translating a new sentence, the NMT model uses the learned attention weights to dynamically select the relevant parts of the source text while generating the target text. This allows the model to handle word reordering, long-distance dependencies, and other alignment challenges.
By using the attention mechanism, NMT systems can effectively align the source and target texts, improving the quality and accuracy of the translations. It’s a powerful technique that has contributed to significant advancements in machine translation. 😊🌍✨
Neural machine translation systems use attention mechanisms to dynamically focus on different parts of the source text when predicting each word of the translation. This approach allows the model to learn alignments between source and target languages automatically, overcoming the fixed alignment issues in earlier statistical approaches and improving translation quality, especially for languages with different syntactic structures.