Keywords: NLP, LLM, GPT, generalization, out-of-context reasoning, capabilities, fine-tuning, self-awareness, self-knowledge
TL;DR: LLMs finetuned to follow an implicit policy can later explicitly describe that policy.
Abstract: We study *behavioral self-awareness*, which we define as an LLM's capability to articulate its behavioral policies without relying on in-context examples. We finetune LLMs on examples that exhibit particular behaviors, including (a) making risk-seeking / risk-averse economic decisions, and (b) making the user say a certain word. Although these examples never contain explicit descriptions of the policy (e.g. "I will now take the risk-seeking option"), we find that the finetuned LLMs can explicitly describe their policies through out-of-context reasoning. We demonstrate LLMs' behavioral self-awareness across various evaluation tasks, both for multiple-choice and free-form questions.
Furthermore, we demonstrate that models can correctly attribute different learned policies to distinct personas.
Finally, we explore the connection between behavioral self-awareness and the concept of backdoors in AI safety, where certain behaviors are implanted in a model, often through data poisoning, and can be triggered under certain conditions. We find evidence that LLMs can recognize the existence of the backdoor-like behavior that they have acquired through fine-tuning.
Supplementary Material: zip
Primary Area: foundation or frontier models, including LLMs
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Submission Number: 6554
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