Don't You Know, Pump it Up! Investigating Cryptocurrency Manipulation in Telegram-Driven Activity
研究通过分析Telegram信息流与市场活动的关系,提出一种框架来检测加密货币的操纵行为,特别是泵和倒卖活动。
研究通过分析Telegram信息流与市场活动的关系,提出一种框架来检测加密货币的操纵行为,特别是泵和倒卖活动。
研究通过分析超过50,000个Bluesky平台上的启动包及其关联用户,探讨了这些精选账户集合如何帮助新用户快速建立社交网络及对内容传播的影响。
研究通过分析127万条巴西YouTube评论,探讨了疫苗争议中的话题、观点和互动动态,揭示了疫情期间及之后公众对健康内容的重构。
This study addresses semantic ambiguity, policy violations, and result uncertainty in enterprise data querying by constructing a bilingual synthetic benchmark to systematically evaluate four LLM architectures. Through structured semantic planning, a deterministic execution engine, and paired correctness analysis, we reveal that structural constraints modulate failure mechanisms rather than monotonically improving performance. Experiments demonstrate that the A3 architecture achieves the highest accuracy (25.67%), A1 excels in compliance, and A4 offers the lowest cost, with a stable subset repetition rate of 98.67%. These findings elucidate critical trade-offs among correctness, safety, and operational cost, providing empirical foundations for designing reliable Natural Language Query systems.
This work proposes a reference-set-free adaptive convergence metric for multi-objective optimization that addresses the scalability limitations of existing indicators when the true Pareto front is unknown. By leveraging the Karush–Kuhn–Tucker (KKT) optimality conditions, the method integrates an entropy-inspired stationarity measure with a quantile normalization mechanism to enhance robustness against heterogeneous residual distributions. While preserving the intrinsic interpretability of KKT-based analysis, the proposed metric significantly improves stability and applicability in both many-objective and high-dimensional scenarios, thereby overcoming the scalability bottlenecks inherent in conventional convergence indicators.
研究通过分析Telegram信息流与市场活动的关系,提出一种框架来检测加密货币的操纵行为,特别是泵和倒卖活动。
研究通过分析超过50,000个Bluesky平台上的启动包及其关联用户,探讨了这些精选账户集合如何帮助新用户快速建立社交网络及对内容传播的影响。
研究通过分析127万条巴西YouTube评论,探讨了疫苗争议中的话题、观点和互动动态,揭示了疫情期间及之后公众对健康内容的重构。
This study addresses semantic ambiguity, policy violations, and result uncertainty in enterprise data querying by constructing a bilingual synthetic benchmark to systematically evaluate four LLM architectures. Through structured semantic planning, a deterministic execution engine, and paired correctness analysis, we reveal that structural constraints modulate failure mechanisms rather than monotonically improving performance. Experiments demonstrate that the A3 architecture achieves the highest accuracy (25.67%), A1 excels in compliance, and A4 offers the lowest cost, with a stable subset repetition rate of 98.67%. These findings elucidate critical trade-offs among correctness, safety, and operational cost, providing empirical foundations for designing reliable Natural Language Query systems.
This work proposes a reference-set-free adaptive convergence metric for multi-objective optimization that addresses the scalability limitations of existing indicators when the true Pareto front is unknown. By leveraging the Karush–Kuhn–Tucker (KKT) optimality conditions, the method integrates an entropy-inspired stationarity measure with a quantile normalization mechanism to enhance robustness against heterogeneous residual distributions. While preserving the intrinsic interpretability of KKT-based analysis, the proposed metric significantly improves stability and applicability in both many-objective and high-dimensional scenarios, thereby overcoming the scalability bottlenecks inherent in conventional convergence indicators.