| 吕建勋,孙玉成,赵鹏辉,袁海文.边云协同程控恒流源动态连续域模型辨识方法[J].电子测量与仪器学报,2022,36(4):90-97 |
| 边云协同程控恒流源动态连续域模型辨识方法 |
| Dynamic continuous domain model identification method of edge-cloudcooperative programmable constant current source |
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| DOI： |
| 中文关键词: 边云协同 程控恒流源 动态性能 模型辨识 |
| 英文关键词:edge-cloud collaboration programmable constant current source dynamic performance model identification |
| 基金项目:国家重点研发计划（2020AAA0109202）项目资助 |
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| 摘要点击次数: 738 |
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| 中文摘要: |
| 远程程控恒流源作为智能工厂伺服控制环节的重要部件,定量的求解其远程控制全过程的动态模型对于伺服控制策略
生成和优化控制等具有重要意义。 本文针对程控恒流源的动态性能分析以及远程高效控制,提出了一种基于边云协同的恒流
源动态模型建模方法。 该方法考虑了远程控制过程中的通信延迟、数据丢包等相关情况,同时辨识了从云端控制到边端输出的
整个模型的结构和参数,并通过离散域和连续域传递函数的转换,获得远程程控恒流源连续域动态模型,克服了传统边端控制
对于不同控制时间间隔需要重新建立离散化模型的不便,支持了恒流源所在伺服系统的远程高效控制。 仿真验证和应用模拟
验证表明,该方法可以精确辨识恒流源连续域动态性能模型并应用于实际边云协同程控系统。 |
| 英文摘要: |
| The remote programmable constant current source is an important part of the servo control, and its dynamic model of whole
control process is of great significance for the strategy generation and control optimization of the servo control. Aiming at the dynamic
performance analysis and remote control of programmable constant current source, this paper proposes a dynamic modeling method based
on edge-cloud collaboration. The proposed method takes into account the communication delay, data packet loss and other related
situations in the cloud control process. It can simultaneously identify the structure and parameters of the model. Through the
transformation of transfer functions of discrete domain and continuous domain, the continuous dynamic model of the constant current
source is obtained to support the efficient control of the servo system, it overcomes the inconvenience of re-establishing the discrete model
for different control time intervals in traditional side-end control. Finally, simulation verification and application simulation verification
show that the method can accurately identify the dynamic model of the constant current source in the continuous domain and can apply to
the actual edge-cloud cooperative program control system. |
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