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摘要：传统的医疗领域应用软件的部署方式一般都是纯人工化的，各大医疗软件开发商大多派专门的实施人员去医院现场实施，逐个设备的安装布署软件，这种实施方式对与使用量较大的医疗产品，例如无线电子床头卡，这类每个病床都配备的设备，布署的工作量会变的相当大，布署过程会耗费大量的时间，项目后期仍需要专门的人员常驻医院文护与管理产品，一定成度上影响了病人的休息与治疗。如何快速高效的实现应用软件的布署成为医疗领域软件开发商急需解决的问题。
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本论文着眼于实现医疗行业应用软件布署与设备管理的智能化，同时综合当前移动互联网的发展趋势和Android系统广泛使用性以及系统友好性，研究并实现一套基于Android系统的终端与基于.NET框架的服务端的医疗行业应用软件部署于设备文护系统，包括了软件的静默升级、设备状态监控、防盗报警提醒等各个子系统，在一定程度上解决了医疗领域企业在基于Android系统上布署行业应用软件效率低下成本高的问题，最后，对本系统进行了功能测试和初步的性能测试。结果显示，本系统有很好的可用性和可实时性。20733
【关 键 词】 应用软件远程部署，监控，Android，.NET，可用性 ，实时性
【毕业论文论文类型】应用研究
Abstract
The traditional way to deploy applications in the medical field in general are purely artificial, and most major medical software developers to implement specialized personnel sent to the hospital on-site implementation, installation software deployment by one device, this embodiment of the amount larger medical products, such as wireless electronic bedside card, each bed is equipped with such a device, deployment workload will become quite large, deployment process will spend a lot of time, late in the project still requires specialized personnel Permanent hospital maintenance and management products, a certain degree of influence on the rest and treatment of patients. How to achieve fast and efficient deployment of applications in the medical field to become software developers need to solve the problem.
This paper focuses on the realization of the medical device industry application software deployment and management of intelligent mobile Internet while integrated current trends and Android systems are widely used, and system-friendliness, study and implement a system based on Android-based terminals. NET framework service side of the medical industry applications deployed on equipment maintenance system, including software, silent upgrades, equipment condition monitoring, burglar alarm reminders each subsystem, to a certain extent, solve the medical field deployment in enterprise systems based on Android applications software inefficient problem of high costs and, finally, the system functional test and the initial performance test. The results show that the system has good availability and timeliness.
【Key Words】Remote deployment, Monitor, Android，.NET, Real-time, Availability
【Thesis Type】Application Research
目录
摘要 i
Abstract i
目录 iv
1 绪论 1
1.1 课题来源及背景 1
1.2 国内外研究现状与水平 1
1.3 发展趋势 2
2 分析 4
2.1 基础理论与技术分析 4
2.1.1 Android体系结构分析 4
2.1.2 Android组件运行机制分析 5
2.1.3 Android线程间的通信原理机制分析 8
2.1.4 三层架构软件设计分析 8
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