papaya
WebCiteS: Attributed Query-Focused Summarization on Chinese Web Search Results with Citations
Deng, Haolin, Wang, Chang, Li, Xin, Yuan, Dezhang, Zhan, Junlang, Zhou, Tianhua, Ma, Jin, Gao, Jun, Xu, Ruifeng
Enhancing the attribution in large language models (LLMs) is a crucial task. One feasible approach is to enable LLMs to cite external sources that support their generations. However, existing datasets and evaluation methods in this domain still exhibit notable limitations. In this work, we formulate the task of attributed query-focused summarization (AQFS) and present WebCiteS, a Chinese dataset featuring 7k human-annotated summaries with citations. WebCiteS derives from real-world user queries and web search results, offering a valuable resource for model training and evaluation. Prior works in attribution evaluation do not differentiate between groundedness errors and citation errors. They also fall short in automatically verifying sentences that draw partial support from multiple sources. We tackle these issues by developing detailed metrics and enabling the automatic evaluator to decompose the sentences into sub-claims for fine-grained verification. Our comprehensive evaluation of both open-source and proprietary models on WebCiteS highlights the challenge LLMs face in correctly citing sources, underscoring the necessity for further improvement. The dataset and code will be open-sourced to facilitate further research in this crucial field.
- North America > United States > Minnesota > Hennepin County > Minneapolis (0.14)
- North America > Canada > Ontario > Toronto (0.04)
- Asia > Singapore (0.04)
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- Education > Health & Safety > School Nutrition (0.67)
- Information Technology > Security & Privacy (0.46)
AI Detects Papaya Ripeness
If you're in the market to buy fresh papayas, it can be a challenge to figure out ripeness based on peel color without also squeezing the fruit to test for softness. A Brazilian research group could make life easier for both shoppers and producers in the near future with a computer vision algorithm that estimates ripeness based on images alone. Last year, the United States alone imported more than US $107 million worth of fresh papayas as the world's largest papaya import market. The computer vision software could enable papaya growers to maximize the value of their fruit by sending the ripest papayas to local markets and saving less ripe papayas for export, says Douglas Fernandes Barbin, a researcher in the department of food engineering at the University of Campinas in São Paulo, Brazil. But he and his colleagues also want to help individual shoppers get their money's worth in grocery aisles.
- South America > Brazil > São Paulo (0.25)
- North America > United States (0.25)