摘要
智能制造物联网,即工业4.0、中国2025或无人工厂,都非常注重通过空中传送,智能、无缝地重新配置系统的生产能力。如今,无论单个机器还是整条工厂生产线、制造执行系统甚至资源规划系统中的连接都必须向通用化转变,从而真正能够实现每个子系统的利用效率最大化,也就是最优化的方案。数据是它们之间的通用语言。因分布式无线传感器因其能在CPSIoT和云数据平台之间实现无缝和可靠互连的数据平台,已广泛用于空间,人类,环境,自动化,军事,结构和建筑应用等领域的传感和监测。随着技术的进步,这种设备变得更小更便宜,使得它们更具吸引力。然而,操作可持续性仍然是这种电池供电设备的主要问题,需要定期更换新电池。
The smart manufacturing CPS throughout the world,being it the I4.0,China 2025,or,FoF drive,is so much focusing on the ability to reconfigure the system smartly and seamlessly via OTA(over the air).The legacy connections equipped in machines,factory systems,manufacturing execution systems,to even the resource planning system have to be transformed towards a universal dimension in order to be really able to achieve ultimate benefits for each subsystem being designed for its purpose.Data is the common language among them.The data platform realizes seamless and robust interconnection between the CPS IoT and cloud data platform by use of wireless sensor and its network.Distributed wireless sensors have been widely used for sensing and monitoring in space,human,environment,automation,military,structure and building applications.With the advancement of technology,such devices have become even smaller and cheaper,making them even more attractive to use.However,the operational sustainability is a major concern for such batteries powered devices,requiring regular changing of fresh batteries.
作者
陈衍庆
余银犬
Chen Yanqing;Yu Yinquan(IEEE Power Electronics and Industrial Applications,Singapore 117576,Singapore;Institute of Precision Machining and Intelligent Equipment Manufacturing,East China Jiaotong University,Nanchang,330013,China)
出处
《华东交通大学学报》
2019年第4期1-7,共7页
Journal of East China Jiaotong University
关键词
超低功耗无线传感器
自复能源系统设计
智能状态监控
ultra-low power wireless sensor
self-sustainable energy harvesting design
Intelligent state monitoring
