Hydrological time series prediction by extreme learning machine and sparrow search algorithm
B Feng, Y Xu, T Zhang, X Zhang - Water Supply, 2022 - iwaponline.com
In general, accurate hydrological time series prediction information is of great significance
for the rational planning and management of water resource systems. Extreme learning …
for the rational planning and management of water resource systems. Extreme learning …
Introducing the T-shaped weir: a new nonlinear weir
In the present study, a new nonlinear weir called the T-shaped weir (TSW), which is a
combination of the labyrinth weir (LW) and the piano key weir (PKW), was introduced, and its …
combination of the labyrinth weir (LW) and the piano key weir (PKW), was introduced, and its …
Study on Technical Movements' Spatial and Temporal Characteristics of Women's Ski Jumping to Utilizing AI in 5G Network for Data Processing
W Nan, L Wei - Mobile Information Systems, 2022 - Wiley Online Library
Use of literature, mathematical statistics, information technology, and other methods,
analysis of Sochi 2014 Winter Olympics women's ski jumping in time and space projects …
analysis of Sochi 2014 Winter Olympics women's ski jumping in time and space projects …
[PDF][PDF] Hydrological time series prediction by extreme machine learning and sparrow search algorithm
B Feng, Y Xu, T Zhang, X Zhang - 2021 - scholar.archive.org
In general, accurate hydrological time series prediction information is of great significance
for the rational planning and management of water resource system. Extreme learning …
for the rational planning and management of water resource system. Extreme learning …
[PDF][PDF] Corrected Proof
B Noroozi, J Bazargan, A Safarzadeh - pdfs.semanticscholar.org
In the present study, a new nonlinear weir called the T-Shaped Weir (TSW), which is a
combination of the Labyrinth Weir (LW) and the Piano Key Weir (PKW), was introduced, and …
combination of the Labyrinth Weir (LW) and the Piano Key Weir (PKW), was introduced, and …