Exclusive | Caltech Researchers Claim Radical Compression of High-Fidelity AI Models - WSJ
Exclusive | Caltech Researchers Claim Radical Compression of High-Fidelity AI Models WSJ
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We Built a Robotics Developer Platform from Scratch - Meet Isaac Monitor & Robosynx
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In the previous article , we obtained the initial output, but we didn’t receive the EOS token yet. To get that, we need to unroll the embedding layer and the LSTMs in the decoder , and then feed the translated word “vamos” into the decoder’s unrolled embedding layer. After that, we follow the same process as before. But this time, we use the encoded values for “vamos” . The second output from the decoder is EOS , which means we are done decoding. When we add attention to an encoder-decoder model, the encoder mostly stays the same. However, during each step of decoding, the model has access to the individual encodings for each input word. We use similarity scores and the softmax function to determine what percentage of each encoded input word should be used to predict the next output word.
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Understanding Attention Mechanisms – Part 6: Final Step in Decoding
In the previous article , we obtained the initial output, but we didn’t receive the EOS token yet. To get that, we need to unroll the embedding layer and the LSTMs in the decoder , and then feed the translated word “vamos” into the decoder’s unrolled embedding layer. After that, we follow the same process as before. But this time, we use the encoded values for “vamos” . The second output from the decoder is EOS , which means we are done decoding. When we add attention to an encoder-decoder model, the encoder mostly stays the same. However, during each step of decoding, the model has access to the individual encodings for each input word. We use similarity scores and the softmax function to determine what percentage of each encoded input word should be used to predict the next output word.
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