南宁职业技术学院学报
南寧職業技術學院學報
남저직업기술학원학보
JOURNAL OF NANNING POLYTECHNIC
2012年
2期
95-97
,共3页
智能仪器%现场总线%无线传感器网络%拓扑结构
智能儀器%現場總線%無線傳感器網絡%拓撲結構
지능의기%현장총선%무선전감기망락%탁복결구
intelligent instrument%fieldbus%wireless sensor-based network%topological structure
现代生活与工业生产中,计算机系统与仪器仪表之间的连接和通信模式是构建智能仪器仪表网络的重要指标。在分析智能仪器仪表网络发展现状的基础上,选取两种典型的智能仪器仪表网络的类型,即基于现场总线的智能仪器仪表有线网络和基于无线传感器的智能仪器仪表无线网络,进行对比分析论述。
現代生活與工業生產中,計算機繫統與儀器儀錶之間的連接和通信模式是構建智能儀器儀錶網絡的重要指標。在分析智能儀器儀錶網絡髮展現狀的基礎上,選取兩種典型的智能儀器儀錶網絡的類型,即基于現場總線的智能儀器儀錶有線網絡和基于無線傳感器的智能儀器儀錶無線網絡,進行對比分析論述。
현대생활여공업생산중,계산궤계통여의기의표지간적련접화통신모식시구건지능의기의표망락적중요지표。재분석지능의기의표망락발전현상적기출상,선취량충전형적지능의기의표망락적류형,즉기우현장총선적지능의기의표유선망락화기우무선전감기적지능의기의표무선망락,진행대비분석논술。
The linking and communication mode between computer systems and instruments are known as the major indexes for constructing intelligent instrument network. Based on analysis of the present development of intelligent instrument network, the article takes up comparative analysis and discussion on two selected types of intelligent instrument network,which are fieldbus-based intelligent instrument cable network and wireless sensor-based intelligent instrument wireless network.