Towards Self-Robust LLMs: Intrinsic Prompt Noise Resistance via CoIPO
Xin Yang · Letian Li · Abudukelimu Wuerkaixi · Xuxin Cheng · Cao Liu · Ke Zeng · Xunliang Cai · Wenyuan Jiang
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Xin Yang · Letian Li · Abudukelimu Wuerkaixi · Xuxin Cheng · Cao Liu · Ke Zeng · Xunliang Cai · Wenyuan Jiang
Yuzhe Zhang · Feiran Liu · Yi Shan · Xinyi Huang · Xin Yang · Yueqi Zhu · Xuxin Cheng · Cao Liu · Ke Zeng · Terry Jingchen Zhang · Wenyuan Jiang
Large language models are increasingly deployed in multi-agent systems to overcome context limitations by distributing information across agents. However, whether LLM-based agents can reliably coordinate when each observes only a fragment of the global problem remains unclear. Existing benchmarks...
Terry Jingchen Zhang · Gopal Dev · Ning Wang · Max Obreiter · Punya Syon Pandey · Keenan Samway · Wenyuan Jiang · Yinya Huang · Bernhard Schölkopf · Mrinmaya Sachan · Zhijing Jin
Post-cutoff performance decay of LLMs has been widely interpreted as a temporal signal for benchmark contamination, where public information released before the training cutoff may have been included into training corpora and inflated model performance by memorization. We critically examine this...
Jiarui Liu · Terry Jingchen Zhang · Ryan Faulkner · Xuanqiang Angelo Huang · Vilém Zouhar · Dominik Glandorf · Isabel Dahlgren · Rishit Dagli · Yuen Chen · Felix Leeb · Van Q. Truong · Punya Syon Pandey · Yves Bicker · Suvajit Majumder · Wenyuan Jiang · Zeju Qiu · Sankalan Pal Chowdhury · Mrinmaya Sachan · Bernhard Schölkopf · Mona T. Diab · Zhijing Jin
Expert writing feedback from experienced researchers is critical for early-career scholars to improve their manuscripts, yet high-quality feedback often remains scarce because reviewing research papers is labor-intensive. Emerging AI-powered writing assistants largely focus on grammar fixes or si...
Xin Yang · Junhao Wang · Bintao Tang · Xuxin Cheng · Cao Liu · Ke Zeng · Wenyuan Jiang
Current LLM-based multi-agent systems remain fragile under scaling, even on algorithmically trivial tasks. We introduce MAS-BENCH, a distributed-sorting benchmark that isolates coordination under explicit communication constraints: each agent observes only a local segment and must collectively pr...