摘要
现有广域电磁接收机采集监控设备便携性、人机交互、续航能力不佳给野外数据采集带来一定困难,为此可借助Android智能手机在普及率高、用户基础好、便携性佳、计算能力相对较强、人机交互好、续航能力佳、随时随地的无线通信能力等方面的优势实现监控设备朝轻量化和移动化发展,而实现该目标的关键在于设计一款针对通用Android平台智能手机的采集监控软件.该文在搭载Android系统的通用智能手机上设计开发了集Wi Fi(Wireless Fidelity)通信、多线程并行、实时监控、数据可视化、SQLite存储、文件存储于一体的应用程序,在其中可设置或接入WLAN(Wireless Local Area Network)无线局域网,设置测点、测线、采集周期、工作次数等采集任务参数,实时监控多台电磁接收机的运行状态,实现处理数据的双对数坐标显示等.经过试验表明该监控软件功能高效、便携性好,能极大方便工作人员的野外数据采集,具有一定的实际应用价值.
Current wide field electromagnetic receiver monitoring device in portability, human-computer interaction, endurance is poor to bring some difficulties in field data collection,in order to achieve the monitoring equipment towards lightweight and mobile development,take advantage of the android smart phone in terms of high penetration rate,good user base,good portability,relatively strong computing power,good human-computer interaction,wireless communication capability anytime and anywhere and many more,and the key to achieving this goal is the design of a monitoring software for common android platform smart phone. In this article,smart phone equipped with android platform application set Wi Fi communication, multi-thread parallel, real-time monitoring and processing,data visualization,database SQLite storage,file storage in one, in application, can set or access Wireless Local Area Network,set measuring points,measuring lines,acquisition cycle,number of jobs and other acquisition parameters, can real-time monitor multiple running electromagnetic receivers,achieve double logarithmic coordinate display of deal data and so on. The instrument features high efficiency,portability,and greatly facilitate the staff of the field data collection,has a certain practical value.
作者
文尚石
汤井田
裴婧
蒋奇云
张必明
李广
WEN Shang-shi;TANG Jing-tian;PEI Jing;JIANG Qi-yun;ZHANG Bi-ming;LI Guang(Institute of Geosciences and Info-Physics, Central South University, Changsha 410083, China;Zhongnan Engineering Corporation Limited of Power China, Changsha 410014, China)
出处
《地球物理学进展》
CSCD
北大核心
2018年第2期866-873,共8页
Progress in Geophysics
基金
国家高技术研究发展计划(863)(2014AA06A602)
国家自然科学基金(41404111)
湖南省自然科学基金(2015JJ3088)联合资助
关键词
广域电磁
Android
实时监控
WiFi
无线AP
多线程并行
数据可视化
双对数坐标
wide field electromagnetic
Android
real-time monitoring
WiFi
wireless AP
multi-thread parallel
data visualization
double logarithmic coordinates
