电脑知识与技术
電腦知識與技術
전뇌지식여기술
COMPUTER KNOWLEDGE AND TECHNOLOGY
2013年
27期
6075-6078
,共4页
C/S%B/S%冷库%温度
C/S%B/S%冷庫%溫度
C/S%B/S%랭고%온도
C/S%B/S%refrigerator%temperature
C/S结构和B/S结构是程序整体构架的两种流行方式，二者各有优缺点。该文将这两种结构有机结合起来，充分发挥各自的优势，开发出“冷库温度数据采集和监测系统”，实现了温度信息的采集、存储、分析、报警和对冷库参数的设置等功能，使数据采集监测系统更加灵活易用。
C/S結構和B/S結構是程序整體構架的兩種流行方式，二者各有優缺點。該文將這兩種結構有機結閤起來，充分髮揮各自的優勢，開髮齣“冷庫溫度數據採集和鑑測繫統”，實現瞭溫度信息的採集、存儲、分析、報警和對冷庫參數的設置等功能，使數據採集鑑測繫統更加靈活易用。
C/S결구화B/S결구시정서정체구가적량충류행방식，이자각유우결점。해문장저량충결구유궤결합기래，충분발휘각자적우세，개발출“랭고온도수거채집화감측계통”，실현료온도신식적채집、존저、분석、보경화대랭고삼수적설치등공능，사수거채집감측계통경가령활역용。
C/S and B/S are the most common architectures of program. But the two architectures Each has its advantages and dis-advantages. Through maximizing the strength, the combination of both C/S and B/S structure was put forward in this article. The refrigerator temperature acquisition and monitoring system based on this structure is developed. The function of acquisition, storage, analysis, alarm and setting Parameters of the temperature are realized. It is more flexible and easy to use than ever.
