摘要
为了提高开放式实验室设备管理能力,设计了一种基于混合云架构的开放式实验室设备管理系统。分析开放式实验室设备管理系统总体结构,利用DSP控制D/A转换器实现数据服务器(DB)设计,采用分组样本检测以及相似度特征分解方法分析数据库结构特征,结合模糊信息调度和资源自适应分配的方法,实现实验室设备资源优化调度,并利用嵌入式Linux控制方法实现开放式实验室设备管理系统的软件开发设计。仿真结果表明,采用该系统进行开放式实验室设备管理的信息融合度较高,资源配置能力较好,提高了系统的稳定性和可靠性。
In order to improve the capability of open laboratory equipment management,an open laboratory equipment management system based on hybrid cloud architecture was designed.Analysis of the open laboratory equipment management system management system overall structure,the use of DSP control D/A converter to realize the data server(DB)was designed,by grouping samples and similarity features decomposition methods to analyze the database structure,it combined with adaptive fuzzy information scheduling and resources allocation,the method of laboratory equipment resources optimization scheduling,and used the embedded Linux control method implementation of open laboratory equipment management system software development and design.The simulation results showed that the system has a higher degree of information integration,better ability of resource allocation,and it improved the stability and reliability of the system.
作者
唐宇
TANG Yu(Experimental Center,Liaoning University of International Business and Economics,Dalian,116052,Liaoning)
出处
《蚌埠学院学报》
2021年第2期56-60,共5页
Journal of Bengbu University
关键词
混合云架构
开放式实验室
设备管理
管理系统设计
资源配置优化
hybrid cloud architecture
open laboratory
equipment management
management system design
resource allocation optimization
