"Finite-time stochastic synchronization of dynamic networks with nonlinear coupling strength via quantized intermittent control"
This paper explores how Multi-Agent Systems (MAS) powered by Large Language Models (like GPT-4) can be used to manage complex water engineering tasks, from infrastructure design to real-time resource management. 2. Mathematics & Network Science 125157
"Making waves: A conceptual framework exploring how large language model-based multi-agent systems could reshape water engineering" Journal: Water Research , Volume 291 (2026). Environmental Science & Geology I can provide a
"Agribusiness social responsibility in emerging economies: Effects of legal structure, economic performance and managers' motivations" Journal: Journal of Cleaner Production , Volume 289 (2021). Volume 291 (2026).
A technical study on how to synchronize dynamic networks (like power grids or social networks) within a specific timeframe using "intermittent control," which only applies signals at certain intervals to save energy or bandwidth. 3. Environmental Science & Geology
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