Who's Keeping Score? Interactive Steering of LLM-Powered Scoring with Attune
Year: 2026
Type: conference-paper
Abstract: Large language models (LLMs) are increasingly used to score text records at scale (e.g., rating candidate resumes on a 1–5 scale). However, existing LLM-powered approaches do not account for the fact that effective scoring requires both holistic understanding of records and locally consistent judgments across similar ones. We present Attune, a mixed-initiative system for steerable LLM-powered scoring. Given a task description and scoring range, Attune performs pairwise comparisons across records to develop a global understanding first, and then resolves these comparisons into consistent score assignments—deriving scoring criteria and rules bottom-up in the process. These serve as shared representations of scoring logic that users can inspect and edit. Based on insights from a formative study (n = 12), Attune’s interface introduces novel steering interactions that allow users to deterministically refine scoring logic. Users can provide examples, directly edit criteria, rules, or target distributions, and give natural language feedback—with all refinements compiling into constraints that guide re-scoring. We validate our approach through a technical evaluation across three workloads and a user study with domain experts (n = 8) in healthcare, law, education, and AI evaluation.
Authors: Bhavya Chopra, Meng Chen, Rebecca Dang, Chanbin Park, Shreya Shankar, Sepanta Zeighami, Bjoern Hartmann, Aditya Parameswaran
Institution: University of California, Berkeley
Language: English
Topic: AI and HR Technologies
Domain: Social Sciences
Open Access status: hybrid
Awards: CAREER: Advancing Open-Ended Crowdsourcing: The Next Frontier in Crowdsourced Data Management, AitF: Collaborative Research: Fast, Accurate, and Practical: Adaptive Sublinear Algorithms for Scalable Visualization, FW-HTF-R: Human-Machine Teaming for Effective Data Work at Scale: Upskilling Defense Lawyers Working with Police and Court Process Data, NRT-HDR: Computational Research for Equity in the Legal System" (CRELS)
OpenAlex ID: W7203666841
