智慧交通背景下高速机电工程系统协同控制与优化策略

Coordinated Control and Optimization Strategies for High-Speed Electromechanical Engineering Systems in the Context of Smart Transportation

摘要

随着智慧交通理念与技术的深度融合，高速公路机电工程系统正从独立运行走向集成化、智能化协同的新阶段。本文立足于智慧交通发展背景，首先剖析了传统高速公路机电系统在协同控制方面存在的核心问题。进而，系统性地阐述了在智慧交通框架下，实现收费、监控、通信及供配电等子系统间数据与功能协同的关键控制策略。最后，从系统全局出发，提出了基于数据驱动、模型构建与机制创新的多层次优化策略，旨在提升高速公路整体运行效率、安全水平与服务品质，为未来智慧高速公路的建设与发展提供理论参考与实践路径。

Abstract

With the deep integration of the smart transportation concept and technology, the electromechanical engineering system of highways is transitioning from independent operation to a new stage of integrated and intelligent collaboration. Based on the development background of smart transportation, this paper first analyzes the core issues in collaborative control within traditional highway electromechanical systems. Subsequently, it systematically elaborates on key control strategies for achieving data and functional collaboration among subsystems such as toll collection, monitoring, communication, and power supply in the context of smart transportation. Finally, from a systemic perspective, a multi-level optimization strategy is proposed, grounded in data-driven approaches, model construction, and mechanism innovation. The aim is to enhance overall operational efficiency, safety levels, and service quality of highways, providing theoretical references and practical pathways for the future construction and development of smart highways.

关键词

智慧交通 / 高速公路 / 机电工程 / 协同控制 / 系统优化

Key words

Intelligent transportation / Expressway / Electromechanical engineering / Collaborative control / System optimization

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