摘要
嵌入式操作系统在仪器智能化过程中起着至关重要的作用。通过分析鸿蒙系统的技术架构和分布式及微内核特性,并与现有的国内外嵌入式操作系统进行对比,结合测量仪器数据采集的实际应用案例,得出了鸿蒙系统在自主可控、实时性和连接流畅方面具有优越性,满足测量仪器对操作系统的需求。
Embedded operating system plays a crucial role in the process of instrument intellectualization. By analyzing the technical architecture and distributed and microkernel characteristics of Harmony OS, comparing with the existing domestic and foreign embedded operating systems, and combining with the actual application cases of data acquisition of measuring instruments, it is concluded that Harmony OS has superiority in independence and controllability, real-time and smooth connection, and meets the needs of measuring instruments for operating system.
作者
王晶星
李新良
李维
WANG Jingxing;LI Xinliang;LI Wei(Changcheng Institute of Metrology&Measurement,Beijing 100095,China)
出处
《计测技术》
2022年第6期96-107,共12页
Metrology & Measurement Technology
基金
国家“十四五”技术基础项目(KBC52102580)
航空计量所创新基金项目(ZC02201586)。
关键词
计算机控制
嵌入式操作系统
智能仪器
鸿蒙系统
微内核
computer control
embedded operating system
intelligent instrumentation
Harmony system
microkernel
