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A platform for research: civil engineering, architecture and urbanism
A Multi-Parameter Landslide Early Warning Method
Landslides present significant risks to human safety and infrastructure, necessitating advanced early warning systems. This paper proposes a multi-parameter landslide early warning method that integrates multiple parameters, including coherence, velocity, and acceleration, with a dynamic time decay model. The proposed method emphasizes the importance of considering the time-dependent nature of landslide precursors and enhances the accuracy of warnings by dynamically adjusting the weight of these parameters over time. The feasibility of this landslide warning method has been verified in actual landslide cases.
A Multi-Parameter Landslide Early Warning Method
Landslides present significant risks to human safety and infrastructure, necessitating advanced early warning systems. This paper proposes a multi-parameter landslide early warning method that integrates multiple parameters, including coherence, velocity, and acceleration, with a dynamic time decay model. The proposed method emphasizes the importance of considering the time-dependent nature of landslide precursors and enhances the accuracy of warnings by dynamically adjusting the weight of these parameters over time. The feasibility of this landslide warning method has been verified in actual landslide cases.
A Multi-Parameter Landslide Early Warning Method
Chen, Yuejuan (author) / Du, Yuxiang (author) / Huang, Pingping (author) / Qi, Yaolong (author) / Tan, Weixian (author) / Xu, Wei (author)
2024-11-22
809466 byte
Conference paper
Electronic Resource
English
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