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This research demonstrates that additive, training-free composition of steering vectors effectively controls multiple attributes like language style and behavioral constraints simultaneously in large language models. By identifying optimal intervention layers where different attributes reside—such as middle layers for abstract behaviors and earlier layers for language—the study resolves prior inconsistencies regarding the scalability of these techniques. The finding that these vectors are approximately orthogonal in the residual stream provides a geometric explanation for their compositional behavior, offering new insights into model interpretability and control.
Compositional Multilingual and Behavioral Attribute Steering
arXiv:2609.08410v1 Announce Type: new Abstract: This study examines the compositionality of steering vectors for language and behavioral control in large language models. Focusing on language, jailbreak, and conciseness, we investigate whether additive, training-free composition of attribute steering vectors can preserve the intended steering effect of each attribute, across four instruction-tuned models from two model families and two size scales. We find that single-attribute steering is reliable for all three attributes, but only within an appropriate combination of intervention layer and steering strength, with abstract behaviors (jailbreak, conciseness) favoring middle layers and language favoring earlier layers. We show that additive composition of two attribute vectors succeeds in steering both attributes simultaneously when each is injected at its own best-performing layer, and that this partially extends to three simultaneously composed attributes, addressing an inconsistency left open by prior work on training-free composition. We further analyze the geometric properties of these steering vectors, finding that they are approximately orthogonal in the residual stream, consistent with their compositional behavior.
Abstract:This study examines the compositionality of steering vectors for language and behavioral control in large language models. Focusing on language, jailbreak, and conciseness, we investigate whether additive, training-free composition of attribute steering vectors can preserve the intended steering effect of each attribute, across four instruction-tuned models from two model families and two size scales. We find that single-attribute steering is reliable for all three attributes, but only within an appropriate combination of intervention layer and steering strength, with abstract behaviors (jailbreak, conciseness) favoring middle layers and language favoring earlier layers. We show that additive composition of two attribute vectors succeeds in steering both attributes simultaneously when each is injected at its own best-performing layer, and that this partially extends to three simultaneously composed attributes, addressing an inconsistency left open by prior work on training-free composition. We further analyze the geometric properties of these steering vectors, finding that they are approximately orthogonal in the residual stream, consistent with their compositional behavior.
Computation and Language (cs.CL)
arXiv:2609.08410 [cs.CL]
(or arXiv:2609.08410v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2609.08410 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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