Learning What Reinforcement Learning Can't: Interleaved Online Fine-Tuning for Hardest Questions
Lu Ma · Hao Liang · Meiyi Qiang · Lexiang Tang · Xiaochen Ma · Zhen Wong · Junbo Niu · Chengyu Shen · Runming He · Yanhao Li · Wentao Zhang · Bin CUI
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Lu Ma · Hao Liang · Meiyi Qiang · Lexiang Tang · Xiaochen Ma · Zhen Wong · Junbo Niu · Chengyu Shen · Runming He · Yanhao Li · Wentao Zhang · Bin CUI
Ming Zhong · Yuanlei Wang · Liuzhou Zhang · Ruichuan An · Renrui Zhang · Hao Liang · Ming Lu · Ying Shen · Wentao Zhang
Yuran Wang · Bohan Zeng · Chengzhuo Tong · Wenxuan Liu · Yang Shi · Xiaochen Ma · Hao Liang · Yuanxing Zhang · Wentao Zhang
Daili Hua · Xizhi Wang · Bohan Zeng · Xinyi Huang · Hao Liang · Junbo Niu · Xinlong Chen · Quanqing Xu · Wentao Zhang
QiJie You · Wenkai Yu · Hao Liang · Zhen Hao Wong · Wentao Zhang
With the rapid advancement of agent-based methods in recent years, Agentic RAG has undoubtedly become an important research direction. Multi-hop reasoning, which requires models to engage in deliberate thinking and multi-step interaction, serves as a critical testbed for assessing such capabiliti...
Jingwen Deng · Jihao Huang · Zhen Hao Wong · Hao Liang · Quanqing Xu · Bin Cui · Wentao Zhang
Large Language Models (LLMs) excel at natural language understanding and generation, yet their reliance on static pre-training corpora may lead to outdated knowledge, hallucinations, and limited adaptability. Retrieval-Augmented Generation (RAG) mitigates these issues by grounding model outputs w...
Xuchen Li · Jing Chen · Xuzhao Li · Hao Liang · Xiaohuan ZHOU · Taifeng Wang · Wentao Zhang
In mathematical reasoning tasks, the advancement of Large Language Models (LLMs) relies heavily on high-quality training data with clearly defined and well-graded difficulty levels. However, existing data synthesis methods often suffer from limited diversity and lack precise control over problem...
ZhaoYang Han · Qihan Lin · Hao Liang · Bowen Chen · Zhou Liu · Wentao Zhang
We introduce \textbf{LongInsightBench} , the first benchmark designed to assess models’ ability to understand long videos, with a focus on human language, viewpoints, actions, and other contextual elements, while integrating \textbf{visual, audio, and text} modalities. Our benchmark excels in thr...
Xukai Wang · Xuanbo Liu · Mingrui Chen · Haitian Zhong · Xuanlin Yang · Bohan Zeng · Jinbo Hu · Hao Liang · Junbo Niu · Xuchen Li · Ruitao Wu · Ruichuan An · Yang Shi · Liu Liu · Qiang Liu · Zhouchen Lin · Xu-yao Zhang · Wentao Zhang · Bin Dong
With the advancement of powerful large-scale reasoning models, effectively evaluating the reasoning capabilities of these models has become increasingly important. However, existing benchmarks designed to assess the reasoning abilities of large models tend to be limited in scope and lack the flex...
Linzhuang Sun · Mingyang Chen · Hao Liang · Tianpeng Li · Zhou Yijie · Chenzheng Zhu · Tianyu Guo · Huanyao Zhang · Jingxuan Wei · Bihui Yu · Fan Yang · Wentao Zhang
Training effective AI agents for real-world tool-use interactions requires data that faithfully captures the dynamics of human–agent collaboration. However, such data is scarce, and existing methods often resort to synthetic data generation. The inherently dynamic and complex nature of user–agent...
Linzhuang Sun · Tianyu Guo · Hao Liang · Ruitong Liu · Yuying Li · Qifeng Cai · Jingxuan Wei · Yuchen Wu · Bihui Yu · Xiangxiang Zhang · Wentao Zhang · Bin Cui
Recent advancements in Large Language Models (LLMs) have revolutionized Text-to-SQL parsing, achieving remarkable success in static, single-turn query generation. However, a significant disparity remains between these academic benchmarks and real-world utility. In practical applications, such as...
Chengyu Shen · Zhen Hao Wong · Runming He · Hao Liang · Meiyi Qiang · Zimo Meng · Zhengyang Zhao · Bohan Zeng · Zhengzhou Zhu · Bin Cui · Wentao Zhang