A knowledge-based intelligence method for controlling segment floating based on adjusting and optimizing shield tail grouting parameters was proposed. Based on prior knowledge in controlling segment floating, we construct the framework of the intelligence (IMAGE)

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A knowledge-based intelligence method for controlling segment floating based on adjusting and optimizing shield tail grouting parameters was proposed. Based on prior knowledge in controlling segment floating, we construct the framework of the intelligence

Caption

A knowledge-based intelligence method for controlling segment floating based on adjusting and optimizing shield tail grouting parameters was proposed. Based on prior knowledge in controlling segment floating, we construct the framework of the intelligence method, comprising a main model and two auxiliary models. Additionally, a multi-ring optimization strategy is designed to address the conflict between the optimization results of adjacent rings.

Credit

Gan Wang/Beijing Jiaotong University, Qian Fang/Beijing Jiaotong University, Jun Wang/Beijing Jiaotong University, Guoli Zheng/Beijing Jiaotong University, Qiming Li/Beijing Jiaotong University, Jianying Wei/Beijing Jiaotong University.

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