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design optimization » bayesian optimization (Expand Search)
model design » model designed (Expand Search), novel design (Expand Search), modular design (Expand Search)
core design » course design (Expand Search), co design (Expand Search), cohort design (Expand Search)
final model » animal model (Expand Search)
design optimization » bayesian optimization (Expand Search)
model design » model designed (Expand Search), novel design (Expand Search), modular design (Expand Search)
core design » course design (Expand Search), co design (Expand Search), cohort design (Expand Search)
final model » animal model (Expand Search)
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Flow chart of INFO algorithm.
Published 2025“…By establishing the INFO-KELM optimization model, the final optimized structure is obtained. …”
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Optimization results of different algorithms.
Published 2024“…<div><p>An Aquila optimizer-back propagation (AO-BP) neural network was used to establish an approximate model of the relationship between the design variables and the optimization objective to improve elevator block brake capabilities and achieve a lightweight brake design. …”
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Design variables.
Published 2025“…By establishing the INFO-KELM optimization model, the final optimized structure is obtained. …”
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Optimization flow chart of the AO algorithm.
Published 2024“…<div><p>An Aquila optimizer-back propagation (AO-BP) neural network was used to establish an approximate model of the relationship between the design variables and the optimization objective to improve elevator block brake capabilities and achieve a lightweight brake design. …”
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Design parameters of proposed HMMS.
Published 2025“…By establishing the INFO-KELM optimization model, the final optimized structure is obtained. …”
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Final delivery routes of vehicle-assisted UAVs.
Published 2025“…Against this backdrop, the vehicle-assisted UAV collaborative delivery model has emerged: through the division of labor and collaboration between ground vehicles and UAVs, it not only expands the service radius of UAVs but also overcomes the constraints of no-fly zones, achieving dual improvements in delivery efficiency and service quality.This study focuses on the optimization of vehicle-assisted UAV delivery paths under no-fly zone constraints, aiming to construct a multi-objective optimization model that balances delivery costs, carbon emissions, and customer satisfaction, and to design an efficient solution algorithm for providing scientific decision support to logistics enterprises. …”
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