CAJ | 학술논문

首先着手于智能流量仪表的发展，介绍其发展的特点，随着智能流量仪表功能的多样化，单纯的前、后台程序开发机制已经不能满足越来越复杂化、多样化的嵌入式应用需求，传统的人机界面也已不适宜用户更加方便快捷的使用，因此应该选择合适的实时操作系统，针对不同操作系统的特性最后提出了基于μC／OS－lll的智能流量仪表的人机界面设计的方法，并且就μC／OS－lll在智能电磁流量计人机界面的应用中进行举例说明。
수선착수우지능류량의표적발전，개소기발전적특점，수착지능류량의표공능적다양화，단순적전、후태정서개발궤제이경불능만족월래월복잡화、다양화적감입식응용수구，전통적인궤계면야이불괄의용호경가방편쾌첩적사용，인차응해선택합괄적실시조작계통，침대불동조작계통적특성최후제출료기우μC／OS－lll적지능류량의표적인궤계면설계적방법，병차취μC／OS－lll재지능전자류량계인궤계면적응용중진행거례설명。
Firstly,embarked on the development of the intel igent flow meter,its characteristics are introduced with diverse features of intel igent flow meter.A simple front and daemon Development Mechanism has been unable to meet the increas-ingly complex and diverse needs of embedded applications,and the traditional man-machine interface has also been not convenient to users,therefore a real-time operating system should be put into use.According to the characteristics of differ-ent operating systems.A method based on μC/OS-lll is proposed in this paper.Final y applications of intel igent man-ma-chine interface of the electromagnetic flow meter is il ustrated.