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This research introduces a novel method for steering Large Language Models by injecting attribute-based vectors into internal activations, enabling the generation of explanations tailored to specific audience backgrounds and abilities. The study demonstrates that this activation engineering approach significantly outperforms standard prompting and existing baselines in terms of specificity while preserving factual accuracy. By bridging the gap between technical model internals and human-centric explanation quality, this work advances the practical utility of LLMs for personalized knowledge transfer.
Attribute-Based Activation Steering of LLMs for Group-Specific Explanation Generation
arXiv:2608.29215v1 Announce Type: new Abstract: To effectively enable people to understand new topics, explanations should be tailored to their backgrounds and abilities. So far, prompting alone has been shown to be insufficient for creating such explanations and other computational methods are missing. Therefore, this paper investigates whether LLMs can be steered to generate explanations that are tailored to a specific group of people. To this end, we propose an approach that first identifies group-specific attributes in terms of explanatory style and knowledge of a specific target group. Building on activation engineering, it then computes attribute-based steering vectors and adds them to the internal activations of an LLM during inference to enable a fine-grained steering. In our experiments, we assess the steering effectiveness of our approach in terms of specificity and factuality of the generated explanations. Additionally, we evaluate the explanations in a study with human experts from different target groups. Compared to prompting and state-of-the-art steering baselines, our approach tailors the explanations significantly better to the target group while largely maintaining factuality.
Abstract:To effectively enable people to understand new topics, explanations should be tailored to their backgrounds and abilities. So far, prompting alone has been shown to be insufficient for creating such explanations and other computational methods are missing. Therefore, this paper investigates whether LLMs can be steered to generate explanations that are tailored to a specific group of people. To this end, we propose an approach that first identifies group-specific attributes in terms of explanatory style and knowledge of a specific target group. Building on activation engineering, it then computes attribute-based steering vectors and adds them to the internal activations of an LLM during inference to enable a fine-grained steering. In our experiments, we assess the steering effectiveness of our approach in terms of specificity and factuality of the generated explanations. Additionally, we evaluate the explanations in a study with human experts from different target groups. Compared to prompting and state-of-the-art steering baselines, our approach tailors the explanations significantly better to the target group while largely maintaining factuality.
Computation and Language (cs.CL)
arXiv:2608.29215 [cs.CL]
(or arXiv:2608.29215v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2608.29215 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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