Transformer encoder processes input bidirectionally, while decoder uses causal (left-to-right) masking
Transformer encoder processes input bidirectionally, while decoder uses causal (left-to-right) masking
What causal masking does — prevents attention to future tokens in the decoder
Causal masking in transformer models prevents attention to future tokens in the decoder, preserving autoregressive property
How does attention mechanism in transformer models enhance language understanding and processing by dynamically weighting input tokens during sequence encoding?
Attention mechanisms assign dynamic weights to input tokens, enhancing contextual understanding and sequence processing in transformer models
Greedy vs beam search decoding: greedy picks best token, beam maintains k candidates
Greedy decoding selects one token, while beam search retains multiple candidates
Why most transformer operations are memory-bound, not compute-bound
Transformer operations rely heavily on matrix multiplications, which are memory-intensive tasks
What 300-dim word2vec encodes: trained on word co-occurrence with skip-gram window
300-dim Word2Vec trained on word co-occurrence with skip-gram window
What a message queue decouples: producer and consumer can operate at different speeds
Message queues decouple producers and consumers, allowing asynchronous processing
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