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Questionário sobre codificadores automáticos esparsos para extração de recursos

Estude dicionários de recursos esparsos e reconstrução, com o experimento Golden Gate Bridge, latentes supercompletos, direção e limites do modelo.

Pergunta 1 de 8

Which interpretability difficulty motivates sparse dictionary learning for neural activations?

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  1. Which interpretability difficulty motivates sparse dictionary learning for neural activations?
    • Every model activation is already a complete dictionary definition
    • Several learned signals can overlap in an activation space
    • The tokenizer must be permanently removed
    • All neural weights are stored as image pixels
  2. What does an SAE sparsity constraint encourage for a given input?
    • Every feature to activate equally on every input
    • A mandatory removal of its decoder
    • A guarantee that every feature has exactly one perfect human label
    • Only a limited subset of learned feature activations to be nonzero
  3. No trabalho 'Scaling Monosemanticity' de Anthropic, qual foi o famoso recurso de exemplo?
    • O recurso da Ponte Golden Gate
    • Uma característica para o número sete
    • Um recurso apenas para a cor azul
    • Um recurso para vogais
  4. What does an overcomplete SAE dictionary mean?
    • It must activate every feature for every token
    • It contains no reconstruction mapping
    • It has more learned feature directions than input activation dimensions
    • It always requires less storage than the input vector
  5. What does a monosemantic feature label aim to describe in this research context?
    • A guarantee that the feature never responds to related examples
    • A feature associated with one interpretable concept
    • A language model that has only one parameter
    • A token represented by exactly one raw byte
  6. Como os SAEs podem ser usados para influenciar o comportamento de um modelo?
    • Ao ativar ou desativar um recurso para direcionar as saídas
    • Treinando novamente todo o modelo do zero
    • Excluindo o tokenizer
    • Ao convertê-lo em um modelo de imagem
  7. What does an SAE’s reconstruction residual measure for an activation vector?
    • The difference between two unrelated document titles
    • The total number of words in the model vocabulary
    • Only the model’s hardware temperature
    • The difference between the original activation and its decoded reconstruction
  8. When an SAE is fitted to collected activations of a frozen language model, which weights need to be trained for that fitting?
    • Every original language-model weight must be updated
    • Only the tokenizer’s character list
    • The SAE’s own encoder and decoder weights
    • No parameters of the SAE can change