DRAMA: Unifying Data Retrieval and Analysis for Open-Domain Analytic Queries
This work addresses the inefficiency of manual data analysis for users needing automated, cost-effective solutions for open-domain queries, representing a novel method for a known bottleneck.
The paper tackles the problem of automating data science workflows for open-domain analytic queries by proposing DRAMA, an end-to-end paradigm that unifies data retrieval and analysis, and demonstrates that DRAMA-Bot achieves 86.5% task accuracy at a cost of $0.05, outperforming baselines by up to 6.9 times in accuracy and reducing cost to less than one-sixth.
Manually conducting real-world data analyses is labor-intensive and inefficient. Despite numerous attempts to automate data science workflows, none of the existing paradigms or systems fully demonstrate all three key capabilities required to support them effectively: (1) open-domain data collection, (2) structured data transformation, and (3) analytic reasoning. To overcome these limitations, we propose DRAMA, an end-to-end paradigm that answers users' analytic queries in natural language on large-scale open-domain data. DRAMA unifies data collection, transformation, and analysis as a single pipeline. To quantitatively evaluate system performance on tasks representative of DRAMA, we construct a benchmark, DRAMA-Bench, consisting of two categories of tasks: claim verification and question answering, each comprising 100 instances. These tasks are derived from real-world applications that have gained significant public attention and require the retrieval and analysis of open-domain data. We develop DRAMA-Bot, a multi-agent system designed following DRAMA. It comprises a data retriever that collects and transforms data by coordinating the execution of sub-agents, and a data analyzer that performs structured reasoning over the retrieved data. We evaluate DRAMA-Bot on DRAMA-Bench together with five state-of-the-art baseline agents. DRAMA-Bot achieves 86.5% task accuracy at a cost of $0.05, outperforming all baselines with up to 6.9 times the accuracy and less than 1/6 of the cost. DRAMA is publicly available at https://github.com/uiuc-kang-lab/drama.