CAJ | 학술논문

试验介绍了一种基于 ARM和 WI-FI 技术的大麦图像采集与无线传输系统的设计。系统构建了基于Linux的嵌入式系统的无线监控网络，采用 WI-FI 无线通信技术，将大麦田间图像信息经由无线传感器网络和ARM控制器处理，在设计的视频采集软硬件控制下，实现了大麦生长视频信息的自动采集和无线传输，结果表明：搭建系统的客户端能满足25帧/s显示的视频流要求。该研究对发展现代农业生产和实现大麦栽培决策信息化具有重要意义。
시험개소료일충기우 ARM화 WI-FI 기술적대맥도상채집여무선전수계통적설계。계통구건료기우Linux적감입식계통적무선감공망락，채용 WI-FI 무선통신기술，장대맥전간도상신식경유무선전감기망락화ARM공제기처리，재설계적시빈채집연경건공제하，실현료대맥생장시빈신식적자동채집화무선전수，결과표명：탑건계통적객호단능만족25정/s현시적시빈류요구。해연구대발전현대농업생산화실현대맥재배결책신식화구유중요의의。
This paper presented a monitoring system which carried out barley images acquisition and wireless transmission based on ARM and WI-FI technology.The system used the wireless monitoring net-work coupled with PC under the control of monitoring software designed,employed WI-FI wireless commu-nication and adopted wireless sensor network and ARM precessor which had realized barely video acquisi-tion and automatic wireless transmission.The build client system displayed 25 frames per second to meet the requirement.