摘要
云框架结构被广泛应用于各种领域,传统云框架结构稳定性的检测平台可应用性较低。因此,设计应用性高的云框架结构稳定性的检测平台,该平台由采集模块、处理模块和稳定性检测模块组成。采集模块在云框架结构上设置多个采集节点,每个采集节点独立进行采集、分类和对比工作,进而得到云框架结构的稳定性样本,并将这些稳定性样本传输到处理模块。处理模块利用云计算对稳定性样本进行分析,挑选出其中最具典型的稳定性样本,组成待测样本。稳定性检测模块利用云计算给出的整体检测方案和局部检测方案对待测样本进行检测,以满足使用者对稳定性检测重点的不同需求。平台实现部分给出了平台功能结构图和稳定性检测代码。实验结果表明所设计平台具有较高的可应用性。
The cloud frame structure is widely used in various fields,the traditional detection platform for cloud frame structure stability has low applicability. Therefore,a detection platform with high applicability is put forward for the cloud frame structure stability. The platform is composed of the acquisition module,processing module and stability detecting module. Multi?ple collection nodes are set up on the cloud frame structure by the acquisition module. Each acquisition node performs indepen?dent acquisition,classification and comparison,and then obtains the stability samples of the cloud frame structure,and trans?mits the stability samples to the processing module. The processing module analyzes the stability samples by using cloud computing,and selected the most typical stability samples to form the samples under test. The stability detection module gives the overall de?tecting scheme and local detecting scheme by means of cloud computing to detect the samples under test,so as to meet the dif?ferent needs of users for the focus on the stability detection. A platform function structure diagram and stability detecting code are given in the platform implementation section. The experimental result shows that the platform has high applicability.
作者
孙宝刚
SUN Baogang(Chongqing College of Humanities,Science and Technology,Chongqing 401524,China)
出处
《现代电子技术》
北大核心
2017年第4期66-69,73,共5页
Modern Electronics Technique
基金
国家自然科学基金(58997613)
重庆市科学技术委员会物联网产业共性关健技术创新主题专项项目:物联网智能燃气表及营运管理系统研发与应用示范(cstc2015zdcy-ztzx40007)
关键词
云框架结构
稳定性样本
检测平台
检测代码
cloud frame structure
stability sample
detection platform
detecting code
