Викторина, связанная с руководством · Средний Уровень
Трансформеры Викторина
Просмотрите самовнимание, позиционную информацию, запросы, ключи и значения, варианты архитектуры, причинные маски, ограничения контекста и ограничения веса внимания.
Вопрос 1 из 8
В какой статье 2017 года была представлена архитектура трансформатора?
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Ответы и пояснения появляются по мере прохождения теста.
- В какой статье 2017 года была представлена архитектура трансформатора?
- Sequence to Sequence Learning with Neural Networks
- Внимание — это все, что вам нужно
- Neural Machine Translation by Jointly Learning to Align and Translate
- Convolutional Sequence to Sequence Learning
- Что позволяет внимание к себе трансформеру?
- Retrieve missing facts from an external dictionary
- Process positions only after the previous position is complete
- Combine information from other positions in the same sequence into representations
- Remove the need for position information in every architecture
- Which comparison matches the guide’s description of transformer architecture variants?
- The original was encoder-only; later versions all use recurrent decoders
- The original used an encoder-decoder design; later models may be encoder-only, decoder-only, or encoder-decoder
- The original was decoder-only; later versions use only convolutions
- The original omitted attention; later versions introduced it
- Зачем преобразователям нужны позиционные кодировки?
- Because sequence order can matter
- To map each token ID to its vocabulary embedding
- To prevent future tokens from being used during next-token prediction
- To set the maximum number of tokens a system accepts
- In attention, what are query, key, and value vectors used for?
- Queries rank possible output tokens, while keys contain the values to copy
- Values are compared with queries to create weights, and keys are summed
- Queries encode positions, keys encode token identities, and values set the mask
- Query-key compatibility determines weights used to combine value vectors
- What restriction does causal attention impose during next-token prediction?
- It prevents a position from using earlier tokens
- It lets each position attend only to the immediately previous token
- It prevents a position from attending to future tokens
- It makes each position attend only to itself
- What does an advertised context limit establish about a model’s performance on a long document?
- That it will use every part of the document reliably
- Only the amount of context the system can accept; task performance still needs testing
- That it will answer every question about the document
- That the model trained on documents of that length
- What do attention weights establish about why a model produced its final answer?
- They are internal calculations, not automatically a faithful explanation
- They reveal a complete causal account of the answer
- They prove the answer is factually correct
- They verify every source used in the response