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This arXiv paper proposes a decoding-time method that nudges an LLM's token probabilities to work sponsored content into its answers, rather than relying on prompt injection, multi-pass rewriting, or fine-tuning. The reported gains (14.1% higher overall score and 22.5% fewer tokens than rewrite-based baselines) come from a single benchmark (GEM-Bench) across three scenarios, so they need independent replication. Readers should watch the open questions around response quality, user trust, and disclosure of sponsored content as ad-supported LLM business models mature.
AdSteer: Native Advertising in Large Language Model Generation
arXiv:2611.04147v1 Announce Type: new Abstract: Large language model (LLM) services face rapidly rising serving costs. To sustain free or affordable access for a broad user base, alternative monetization mechanisms are needed. Native advertising offers a promising approach, as it creates economic value by aligning user intent with merchant offerings. Yet how to integrate sponsored content naturally into LLM responses remains largely underexplored. Existing approaches primarily rely on prompt-level injection, multi-pass rewriting, or fine-tuning, which can compromise response quality or introduce additional computational costs. We propose AdSteer, a lightweight decoding-time advertising framework that adaptively adjusts token probabilities to integrate contextually appropriate advertisement into responses. AdSteer calibrates the strength and duration of advertising influence, making sponsored content a natural part of the response. Experiments on GEM-Bench across three application scenarios show that AdSteer achieves an average improvement of 14.1% in overall score over the strongest baselines and 22.5% fewer total tokens on average than rewrite-based methods. These results demonstrate that AdSteer provides an effective and practical solution for native advertising in LLMs.
Abstract:Large language model (LLM) services face rapidly rising serving costs. To sustain free or affordable access for a broad user base, alternative monetization mechanisms are needed. Native advertising offers a promising approach, as it creates economic value by aligning user intent with merchant offerings. Yet how to integrate sponsored content naturally into LLM responses remains largely underexplored. Existing approaches primarily rely on prompt-level injection, multi-pass rewriting, or fine-tuning, which can compromise response quality or introduce additional computational costs. We propose AdSteer, a lightweight decoding-time advertising framework that adaptively adjusts token probabilities to integrate contextually appropriate advertisement into responses. AdSteer calibrates the strength and duration of advertising influence, making sponsored content a natural part of the response. Experiments on GEM-Bench across three application scenarios show that AdSteer achieves an average improvement of 14.1% in overall score over the strongest baselines and 22.5% fewer total tokens on average than rewrite-based methods. These results demonstrate that AdSteer provides an effective and practical solution for native advertising in LLMs.
Computation and Language (cs.CL)
arXiv:2611.04147 [cs.CL]
(or arXiv:2611.04147v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2611.04147 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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