How Does Pruning Change Decisions in Large Language Models?
Jiang Li · Tian Lan · Chenxi Zhou · Zehua Duo · Xianpeng Shang · Guanglai Gao · Xiangdong Su
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Jiang Li · Tian Lan · Chenxi Zhou · Zehua Duo · Xianpeng Shang · Guanglai Gao · Xiangdong Su
Tian Lan · Jiang Li · Rong Yan · Feilong Bao · Weihua Wang · Guanglai Gao · Xiangdong Su
Computational argumentation has received increasing attention in recent years. However, existing debate datasets neglect some important labels for argument mining, generation, and evaluation. Meanwhile, the lack of comprehensively annotated Chinese oral debate datasets hinders progress in this fi...
Jiang Li · Tian Lan · Shanshan Wang · Dongxing Zhang · Dianqing Lin · Guanglai Gao · Derek F. Wong · Xiangdong Su
The rapid development of large language models (LLMs) has extended text generation tasks into the literary domain. However, AI-generated literary creations has raised increasingly prominent issues of creative authenticity and ethics in literary world, making the detection of LLM-generated literar...
Yu Tian · Jie Xing · Ziming Li · Jiang Li · Zehua Duo · Tian Lan · Xu Liu · Guanglai Gao · Xiangdong Su
As large language models (LLMs) are increasingly deployed in dialogue systems and interactive agents, their social adaptation during natural interaction has drawn growing attention. While prior work shows strong social regulation under explicit role or style instructions, it remains unclear wheth...
Dianqing Lin · Tian Lan · Jiali Zhu · Jiang Li · Wei Chen · Xu Liu · Aruukhan Bai · Xiangdong Su · Hongxu Hou · Guanglai Gao
Jiang Li · Pengfei Cao · Chenxi Zhou · Tian Lan · Xiangdong Su · Kang Liu · Jun Zhao · Guanglai Gao
Large language models (LLMs) reach state-of-the-art performance across many NLP tasks, but their large parameter counts introduce heavy computational and memory overhead, which complicates deployment in resource-constrained settings. Pruning is a standard compression strategy that induces sparsit...
Jiang Li · Zehua Duo · Tian Lan · Feilong Bao · Guanglai Gao · Xiangdong Su
Temporal knowledge graph embedding (TKGE) aims to model the temporal evolution of relational facts. However, existing approaches predominantly rely on discrete timestamp lookup tables and high-dimensional embedding spaces, which lack explicit structural constraints for continuous-time dynamics. A...
Jiang Li · Zehua Duo · Guanglai Gao · Xiangdong Su
Causal reasoning is a crucial component of understanding complex phenomena and building intelligent systems. Recent advancements in large language models (LLMs) have demonstrated their strong capabilities in reasoning tasks; however, their true understanding of causal relationships remains limite...
Ziming Li · Yu Tian · Tian Lan · Jiang Li · Zehua Duo · Guanglai Gao · Xiangdong Su
While Large Language Models (LLMs) excel at capturing communicative intent, this capability introduces a side effect: Pragmatic Hallucination, where models over-interpret literal contexts to generate non-factual inferences. To quantify this, we introduce the PaCE (Pragmatics-as-Context Evaluation...
Ruirui Wang · Haoran Zhang · Tian Lan · Zehua Duo · Jiang Li · Guanglai Gao · Xiangdong Su
Theory of Mind (ToM) is widely regarded as central to effective persuasion, yet existing evaluations often fail to capture the infer–apply loop that arises in real-world dialogue. We introduce Theory-of-Mind-Guided Elaboration-Likelihood Persuasion (ToMELP), a benchmark that jointly conditions on...
Zehua Duo · Jiang Li · Xiangdong Su · Guanglai Gao