一种复杂航道网通航智能调度方法

By establishing a waterway network scheduling indicator system and constructing an intelligent scheduling decision model, the problem of unreasonable scheduling in complex waterway networks has been solved, scientific and systematic scheduling decisions have been realized, and the efficiency of scheduling scheme generation and real-time response capabilities have been improved.

CN116739290BActive Publication Date: 2026-07-17ZHEJIANG UNIV

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
ZHEJIANG UNIV
Filing Date
2023-06-25
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing technologies fail to fully consider the overall economic and ecological benefits of complex waterway networks in ship scheduling, resulting in unreasonable scheduling and making it difficult to achieve scientific and systematic scheduling decisions.

Method used

A waterway network scheduling index system is established using the PSR model, and a waterway network scheduling simulation model and an intelligent scheduling decision model are constructed. The scheduling plan library is trained using deep learning methods, and the scheduling scheme is optimized using optimization algorithms to form an integrated waterway network scheduling decision.

Benefits of technology

It has enabled the scientific and systematic management of waterway network scheduling, improved the efficiency of scheduling scheme generation and real-time response capabilities, and ensured a balance between economic and ecological benefits.

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Abstract

本发明公开了一种复杂航道网通航智能调度方法,涉及港航技术领域。方法包括:S1、依据PSR模式建立航道网调度指标体系;S2、构建航道网调度仿真模型,生成航道网调度预案库;S3、基于航道网调度预案库,构建航道网智能调度决策模型;S4、经步骤S3训练学习后的航道网智能调度决策模型根据其状态和压力指标输出相应的航道网调度方案;运用步骤S2中所述航道网调度仿真模型判断该航道网调度方案是否满足要求,若不满足要求则运用优化算法对该航道网调度方案进行优化求解直至满足要求,满足要求后的航道网调度方案输入预案库。本发明将航道调度与船闸调度一体化考虑,形成航道网调度,充分考虑航道网的联合优化调度,实现更加科学系统的调度决策。
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