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
"Finite-time stochastic synchronization of dynamic networks with nonlinear coupling strength via quantized intermittent control"
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
"An improved Chebyshev semi-iterative method for simulating rainfall infiltration in unsaturated soils and its application to shallow landslides" Journal: Journal of Hydrology , Volume 590 (2020).
I can provide a detailed summary or analysis of any of them.
Applied Mathematics and Computation , Volume 376 (2020).
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
"Finite-time stochastic synchronization of dynamic networks with nonlinear coupling strength via quantized intermittent control" 125157
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 A technical study on how to synchronize dynamic
"An improved Chebyshev semi-iterative method for simulating rainfall infiltration in unsaturated soils and its application to shallow landslides" Journal: Journal of Hydrology , Volume 590 (2020). Applied Mathematics and Computation , Volume 376 (2020)
I can provide a detailed summary or analysis of any of them.
Applied Mathematics and Computation , Volume 376 (2020).