DistriBlock proposes a novel detection strategy for identifying adversarial audio samples in ASR systems by analyzing output distribution characteristics.
Distributional Dispreference Optimization (D2O) achieves alignment using solely human-annotated negative samples, reducing harmfulness while maintaining helpfulness.
Incorporating planning capabilities into recommendation systems enhances long-term engagement.
Proposing Distributional Dispreference Optimization (D2O) to achieve alignment using solely human-annotated negative samples, reducing harmfulness while maintaining helpfulness.
The author argues that existing accounts of scientific explanation cannot be effectively applied to deep neural networks, suggesting a shift towards "understandable AI" to avoid confusion and promote pragmatic understanding.