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基于Android平台的母婴智能呵护系统设计 被引量:7

Design of interface for maternal and child care system based on intelligent Android platform
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摘要 目的:基于云计算及物联网构建母婴云端智能呵护平台、设计移动智能监护终端,通过不同的模块实时显示和存储母婴的各项生理参数,并将监护数据发送给医护人员进行诊断和分析,实现孕妇和医生的远程医疗以及母婴健康信息管理。方法:在分析移动监护系统需求的基础上,评估运用Android系统的可行性;以Android SDK和Eclipse为开发平台,使用Java语言进行开发设计,通过手机、计算机及多媒体的"三网合一"技术,实现母婴信息采集、传输互联、共享、临床诊断以及疾病科学预防等信息管理。结果:测试结果表明,该系统性能稳定,操作简单,界面友好,运行情况良好。结论:本设计完成了面向母婴个体、临近社区医疗卫生和大型综合性医院集团的综合信息医疗协同平台的构建,通过互动交流模块用户可以与医生进行实时在线交流。 Objective:To construct the intelligent platform of maternal and child care system and design the mobile and intelligent monitoring terminal based on cloud computing and internet of things. To display and save different physiological parameters through different modules. To realize telemedicine between pregnant women and doctors and the information management of maternal and child health based on the data which have been diagnosed and analysed to the healthcare personel.Methods:Based on Android system, taking Android SDK and eclipse as the development platform and using the Java language development and design was to realize information collection between mother and child, transmission interconnection, information sharing, clinical scientific diagnosis and disease prevention through mobile phones, computers and multiple media’s “triple play” technology.Results: The test results show that the system has the characteristics of stable performance, simple operation, good running condition and friendly interface.Conclusion: The system complete the design and construction in the field of maternal and child-oriented individuals committed to building, nearby community healthcare and a large general hospital group collaboration platform integrated medical information. The user can communicate with the doctors in real time through interactive communication module.
出处 《中国医学装备》 2016年第6期1-4,共4页 China Medical Equipment
基金 广东省重大科技专项(2012A080104010)"基于云计算及物联网的母婴云端智能呵护平台"
关键词 ANDROID系统 母婴监护 界面设计 云计算 物联网 Android system Maternal and child care Interface design Cloud computing Internet of things
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