Construction of Internet of Things Control System Lab Platform for New Engineering Talent Training

DONG Qiaoxue; XUE Yiming; SHI Qinglan; ZHAO Ming

doi:10.11907/rjdk.221473

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Construction of Internet of Things Control System Lab Platform for New Engineering Talent Training

更新时间：2023-07-24

- Construction of Internet of Things Control System Lab Platform for New Engineering Talent Training
- Software Guide Vol. 22, Issue 7, Pages: 98-103(2023)
- 作者机构：
  
  中国农业大学信息与电气工程学院，北京100083
- 作者简介：
- 基金信息：
- DOI：10.11907/rjdk.221473
  CLC： G642
- Published：30 July 2023，
  
  Received：26 April 2022，
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董乔雪,薛一鸣,石庆兰等.面向新工科人才培养的物联网控制系统实验平台建设[J].软件导刊,2023,22(07):98-103.

DONG Qiaoxue,XUE Yiming,SHI Qinglan,et al.Construction of Internet of Things Control System Lab Platform for New Engineering Talent Training[J].Software Guide,2023,22(07):98-103.
董乔雪,薛一鸣,石庆兰等.面向新工科人才培养的物联网控制系统实验平台建设[J].软件导刊,2023,22(07):98-103. DOI： 10.11907/rjdk.221473.

DONG Qiaoxue,XUE Yiming,SHI Qinglan,et al.Construction of Internet of Things Control System Lab Platform for New Engineering Talent Training[J].Software Guide,2023,22(07):98-103. DOI： 10.11907/rjdk.221473.

摘要

为适应新工科背景下复合交叉型人才培养的需求，开展面向自动化和测控专业的物联网控制系统实验平台建设，阐述了平台设计思想和基本功能模块。该平台融合了物联网中端—边—云创新技术，集成并设计了模块化可重构的智能硬件，包括多核心微控制器核心板、物联网网关、DDC控制器、输入输出设备、人机接口等，以加深学生对物联网控制核心关键技术理论知识的理解，并帮助学生掌握Niagara工业物联网软件、嵌入式系统软件和云平台软件等的开发方法。教学实践结果表明，基于该平台开展的相关实验和课程设计，有效支撑了物联网控制系统中智能节点、嵌入式边缘计算终端、智能系统测控技术等的学习和二次开发，提高了学生解决复杂工程问题的能力。

Abstract

An IoT-based control system lab teaching platform is constructed for automation and measurement and control majors ， in order to meet the needs of qualified and interdisciplinary talents’ training under the background of new engineering high education. The paper gives a detailed introduction about its design concept and basic functional modules. The innovative technology related to node-edge-cloud architecture of Iot is adopted and intelligent hardware are integrated into the platform and designed in a modular and reconfigurable way. These hardware modules include multi-core microcontroller development board， Iot gateway， DDC controller， input and output equipment， man-machine interface， etc.， which help students deepen the understanding of the theoretical knowledge about the Iot control system， as well as to help students master software development skills of Niagara industrial Iot software， embedded software and cloud platform software. Teaching practice shows that the course labs and project design based on the platform provide a support on the learning and development about intelligent nodes， embedded edge computing terminals， measurement and control technology in intelligent system， and effectively improve the students' ability to solve complex engineering problems.

关键词

物联网控制系统实验平台端—边—云技术Niagara

Keywords

Internet of Thingscontrol systemlab teaching platformnode-edge-cloud technologyNiagara

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Tridium， Inc. Niagara tutorial guide［EB/OL］.https：//www.tridium.com/US/en/products/niagarahttps://www.tridium.com/US/en/products/niagara.

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