핵심 개념
Transformer-based CLMs encode task-specific information through clustering in their hidden space, aiding in instruction-following capabilities.
초록
Large language models (LLMs) have shown remarkable capabilities in natural language tasks.
Concerns exist regarding LLMs following human instructions accurately.
Simplified instruction-following tasks and synthetic datasets are used to analyze Transformer-based CLMs.
Model learns task-specific information through clustering in hidden space.
Clustering evolves dynamically during learning, aiding in handling unseen instances.
Applications include pre-training models using task identities and an alignment algorithm.
Experiments show the effectiveness of pre-training and alignment methods.
Clustering analysis is conducted using F1 score, ARI, and AMI metrics.
Realistic setting analysis confirms the clustering phenomenon.
Limitations include the simplified setting and synthetic data.
통계
모델은 숨겨진 공간에서 클러스터링을 통해 작업별 정보를 인코딩합니다.
클러스터링은 학습 중에 동적으로 진화하며 보이지 않는 인스턴스를 처리하는 데 도움이 됩니다.
인용구
"모델은 숨겨진 공간에서 클러스터링을 통해 작업별 정보를 인코딩합니다."
"클러스터링은 학습 중에 동적으로 진화하며 보이지 않는 인스턴스를 처리하는 데 도움이 됩니다."