aiqbench analysis
This research demonstrates how Large Language Models can effectively bridge communication gaps between older adults and technology support systems by rephrasing ambiguous queries into actionable instructions. By addressing specific articulation barriers like verbosity and incompleteness, the proposed LLM pipeline significantly boosts automated solution accuracy and helper comprehension without requiring users to master technical jargon. The study also introduces a novel synthetic dataset of elderly tech assistance queries, offering valuable resources for future HCI and AI research focused on inclusive design.
Helping the Helper: LLM-Assisted Problem Articulation for Older Adults Seeking Technology Support
arXiv:2601.10018v2 Announce Type: replace-cross Abstract: Older adults often struggle to articulate technology support needs due to unfamiliar technical terminology and age-related cognitive changes. We explore how large language models (LLMs) can facilitate this problem articulation process. Through a diary study (n = 27), we identified four communication barriers in older adults' queries: verbosity, incompleteness, over-specification, and under-specification. To mitigate these barriers, we developed an LLM pipeline that clarifies context and paraphrases unstructured queries. LLM-rephrased queries significantly improved automated solution accuracy (69% vs. 35%). Furthermore, younger adults (n = 48) acting as technology helpers understood LLM-rephrased queries better (93.7% vs. 65.8%) and reported greater ease in providing support. Older adults (n = 34) also found the resulting solutions highly actionable (94.7%). Finally, we contribute the first synthetic dataset of older adults' technology assistance queries (STAQ). This work demonstrates how LLMs can improve technology support seeking for older adults by addressing age-related communication barriers.
Abstract:Older adults often struggle to articulate technology support needs due to unfamiliar technical terminology and age-related cognitive changes. We explore how large language models (LLMs) can facilitate this problem articulation process. Through a diary study (n = 27), we identified four communication barriers in older adults' queries: verbosity, incompleteness, over-specification, and under-specification. To mitigate these barriers, we developed an LLM pipeline that clarifies context and paraphrases unstructured queries. LLM-rephrased queries significantly improved automated solution accuracy (69% vs. 35%). Furthermore, younger adults (n = 48) acting as technology helpers understood LLM-rephrased queries better (93.7% vs. 65.8%) and reported greater ease in providing support. Older adults (n = 34) also found the resulting solutions highly actionable (94.7%). Finally, we contribute the first synthetic dataset of older adults' technology assistance queries (STAQ). This work demonstrates how LLMs can improve technology support seeking for older adults by addressing age-related communication barriers.
Human-Computer Interaction (cs.HC); Artificial Intelligence (cs.AI)
arXiv:2601.10018 [cs.HC]
(or arXiv:2601.10018v2 [cs.HC] for this version)
https://doi.org/10.48550/arXiv.2601.10018 Focus to learn more arXiv-issued DOI via DataCite
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