The Applications Of Wireless Transmission Technology In The Internet Of Things About Oil And Gas Production

With the wide using of the Internet and the emergence of the information sensing equipment such as RFID,Infrared sensor,Laser scanner and so on, The Internet Of Things has become an inevitable trend of the future information development. The CNPC follows the steps of the information development to carry out the application of content networking first, and establishes the IOT project in the twelfth plans of the information development and builds the Internet of Things About oil and gas production system. This paper derives from the project, which aims to study and scheme the wireless transmission network in the system, it can provide the theoretical and technical support to solve the problems such as artificial touring well, artificial typing in product data and handling problems untimely.The main part of studying in this paper is the data transmission module in the Internet of Things About oil and gas production system, the module mainly takes charge of returning the product information the terminal equipment collects to the oilfield company timely to facilitate management and control. According to theoretical research the Wimax, the Wireless Bridges, the digital radio and so on, combining the environmental characters to analyze the scope of application of various wireless transmission technology, and then put forward the division implementation solution innovatively. Based on the network construction situation, this paper will design the wireless transmission network architecture of the Internet of Things About oil and gas production system and make the detailed research and design on network mode. Oil industry belong to the national security industry, so in this paper constructing the whole network security architecture according to the network security construction principle when design the architecture of the whole system. The paper chose the oilfield A to be a pilot on the basis of the theoretical study, combing the whole system network mode to design the network topology for the oilfield A, design the IP address division, and design the functions of the system.