自动化仪表
自動化儀錶
자동화의표
PROCESS AUTOMATION INSTRUMENTATION
2015年
6期
55-58
,共4页
臧峰%王江伟%赵刚%陈俊
臧峰%王江偉%趙剛%陳俊
장봉%왕강위%조강%진준
GPRS%无线%MCF5213%EM310%数据采集%监控
GPRS%無線%MCF5213%EM310%數據採集%鑑控
GPRS%무선%MCF5213%EM310%수거채집%감공
GPRS%Wireless%MCF5213%EM310%Data acquisition%Monitoring
分散区域数据采集具有效率低、实时性差等缺点,因此设计了一种基于GPRS的数据采集控制终端。采用Freescale公司的MCF5213为核心处理器,结合华为公司的EM310无线发送模块,设计了无线采集终端的硬件结构。依据多状态、多任务的软件设计思想,详细阐述了GPRS的工作流程和对下数据采集监控功能。
分散區域數據採集具有效率低、實時性差等缺點,因此設計瞭一種基于GPRS的數據採集控製終耑。採用Freescale公司的MCF5213為覈心處理器,結閤華為公司的EM310無線髮送模塊,設計瞭無線採集終耑的硬件結構。依據多狀態、多任務的軟件設計思想,詳細闡述瞭GPRS的工作流程和對下數據採集鑑控功能。
분산구역수거채집구유효솔저、실시성차등결점,인차설계료일충기우GPRS적수거채집공제종단。채용Freescale공사적MCF5213위핵심처리기,결합화위공사적EM310무선발송모괴,설계료무선채집종단적경건결구。의거다상태、다임무적연건설계사상,상세천술료GPRS적공작류정화대하수거채집감공공능。
Dispersed regional data acquisition features low efficiency and poor real time performance, thus the data acquisition and control terminal based on GPRS has been designed. The MCF5213 from Freescale is adopted as the core processor;the hardware structure of wireless acquisition terminal is designed combining with the wireless transmission module EM310 from Huawei. On the basis of software design concept of multi-state and multi-task, the operational process of GPRS and the data acquisition monitoring functions are described in detail.