125157
125157

The number serves as an "Article Number" for several distinct scientific research papers across different disciplines in the ScienceDirect / Elsevier database.

Applied Mathematics and Computation , Volume 376 (2020).

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

"Agribusiness social responsibility in emerging economies: Effects of legal structure, economic performance and managers' motivations" Journal: Journal of Cleaner Production , Volume 289 (2021).

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

This paper introduces a more efficient mathematical method to predict how rainwater moves through soil, which is critical for forecasting and preventing shallow landslides. 4. Agribusiness & Sustainability

"Finite-time stochastic synchronization of dynamic networks with nonlinear coupling strength via quantized intermittent control"

125157 Apr 2026

The number serves as an "Article Number" for several distinct scientific research papers across different disciplines in the ScienceDirect / Elsevier database.

Applied Mathematics and Computation , Volume 376 (2020). 125157

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 The number serves as an "Article Number" for

"Agribusiness social responsibility in emerging economies: Effects of legal structure, economic performance and managers' motivations" Journal: Journal of Cleaner Production , Volume 289 (2021). 125157

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

This paper introduces a more efficient mathematical method to predict how rainwater moves through soil, which is critical for forecasting and preventing shallow landslides. 4. Agribusiness & Sustainability

"Finite-time stochastic synchronization of dynamic networks with nonlinear coupling strength via quantized intermittent control"