Research And Applications Of The Mobile Terminals In The IOT System For Oil And Gas Production

At present, with the connections among people becoming more and more closely, the rapid development of communication technology and the improving of the mobile terminal technology, the mobile Internet has become increasingly mature. By moving terminal equipment for accessing and getting services from the network has become a new interactive mode. In the oil industry, the international mainstream companies have basically realized the automatic management and production. Mobile applications have become a popular trend in the industry, such as smart patrol wells, ticket distribution and so on. Based on these advanced concepts, domestic oil and gas fields have carried out a lot of research. However, due to the great difference of domestic oilfield technology, complex construction conditions and numerous systematic ways for all kinds of systems, we realize that an unity of systematic way in the oilfield must be used to construct mobile applications. So we selected Chinese Petroleum Corporation to promote the first group led by the IOT system for oil and gas production(The A11). With the successful online acceptance of the five pilots in the oilfield section areas, mobile applications run smoothly. Combined with the advantages of mobile applications and the significant role in the oil and gas production, in this thesis, the mobile terminal applications in the IOT system for oil and gas production are studied.1. The feasibility of mobile applications is mainly discussed and researched in this paper, which includes standards, specifications and its related technologies. According to the actual business requirements of oil and gas production, we do the system requirement analysis, architecture design and determine the technical route, which gives the necessity of the mobile terminal applications as well as the the great value brought by the system.2. According to the actual situation of system, the appropriate program of technological development is selected. Considering the complexity of the mobile terminal, html5 is chosen as the standard after investigation, the Bootstrap framework is used to support page rendering, and Hybrid App development scheme is implemented based on Angular JS technology framework. At the same time, the global model for the system is built and the safeguard for the system services as well as technology solutions has also been provided.3. The value chain of mobile application service and related services solutions are clear, which includes task scheduling, personnel management and security management, etc. the development framework of systematic three levels is described in detail, and then it conbined external communication equipment service safeguard and the simulation analysis of mobile end user behavior model in order to provide technical guarantee for implementing system.4. In this thesis, the related application service has been displayed in PC client and mobile terminals. Besides, the functions of them are expatiated. Thus, it verifies the application feasibility and validity of the selected relevant framework and technical scheme in the IOT system for oil and gas production.