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Implementing a Mobile Web Server with the Features of Cross-Platform and High-Efficiency Based on WOT with an Innovative Approach

机译:基于WOT的创新方式实现跨平台高效的移动Web服务器。

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The advantage of this mobile web server is that it is very easy to collect information, very confidential and security. This server can also upload data to the cloud at the same time, so it has the function of wireless sensor network system relay station. When the system collects the signal data transmitted by the sensor, the system must first classify and store the information and then display the information on the monitoring page. The next step may be to upload the information to the cloud. Typically, the sensors are connected to a network module with a network function, and then return the data to the control center unit. The research presented by the mobile web server is also built on the same embedded hardware module, and even the system can also be a private cloud data center. The system will visualize the data uploaded by the sensor, and draw the relevant historical data, and finally our system will perform big data analysis. Because our web page server is built on an embedded operating system, it is easy for our system to model and visualize the corresponding graphics using the Python programming language. These drawings make it easy for researchers to compare and analyze. Finally, the study actually creates an embedded system mobile web server, and for the current commercially available embedded hardware module in the establishment of mobile web server performance comparison.
机译:该移动Web服务器的优点是非常容易收集信息,非常机密和安全。该服务器还可以同时将数据上传到云中,因此它具有无线传感器网络系统中继站的功能。当系统收集传感器发送的信号数据时,系统必须首先对信息进行分类和存储,然后在监视页面上显示该信息。下一步可能是将信息上传到云。通常,将传感器连接到具有网络功能的网络模块,然后将数据返回到控制中心单元。移动Web服务器提出的研究也建立在相同的嵌入式硬件模块上,甚至该系统也可以是私有云数据中心。系统将可视化传感器上传的数据,并绘制相关的历史数据,最后我们的系统将执行大数据分析。因为我们的网页服务器是基于嵌入式操作系统构建的,所以我们的系统很容易使用Python编程语言对相应的图形进行建模和可视化。这些图纸使研究人员可以轻松地进行比较和分析。最后,该研究实际上创建了一个嵌入式系统的移动Web服务器,并针对当前市售的嵌入式硬件模块中建立的移动Web服务器的性能进行了比较。

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