Based On Android System Kernel Remote Control And Data Acquisition System Design And Implementation

At present, the concept of Internet of things is permeating every corner of people’s life and production. More and more research and development units will be combined with the Internet of things which has the convenience and efficiency of operation in their own industry projects. As there is a big potential market, so many companies propose a variety of technique application programs for it. This project has taken a kind of embedded solution which has flexible application, and introduced the third-party company’s remote data transmission channel to realize reasonable data transmission, in order to achieve the combination of the Internet of things and actual project.In this thesis, to complete the design and implementation of terminal data collection, and achieve remote maintenance and management of the actual function of the Android kernel terminal background server display, we build the terminal platform and the backend server through the remote data transmission channel which is provided by third party companies. At the same time, the data transfer protocol is normalized in order to transfer the data between the terminal and the server.In addition, because this research project has good portability and convenience, it can be applied to different terminal platform, research and development projects. In this way, the advantages of the Internet of things can be better played. Based on the initial result of remote control and data acquisition system, we expand the research with the actual demand of Dehaier breathing machine remote monitoring and management system. The study of this system are as follows:1. In terms of Dehaier breathing machine remote monitoring and management system’s actual underlying platform, we complete the design and implementation of the underlying system’s data acquisition function module, and uniform the format of data transmission.2. We complete the design and implementation of overall plan, databases and back-end server workflow interface. According to the actual needs of the project, we also realize the actual function of the background management system by building the real terminal platform and back-end server.3. As there is some complexity of user role in the Dehaier breathing machine remote monitoring and management system, we design a detailed management mechanism of role for the back-end server in this project, in order to make the system more user-managed security.This thesis analyzes and compares the two systems proposed in this thesis from the aspects of system composition, server composition, data transmission, bottom terminal and so on. Besides the actual project workflow, there is some difference in underlying platform and terminal management roles. So the R&D result of this project has some portability across different platforms and terminals among different practical projects. And we complete the development and testing aim of the core part of the project basically.