| In recent years, mobile Internet has been an unprecedented development. To date, mobile network users has exceeded 15 million, more than 700 million mobile Internet users, while China Mobile's subscribers over 360 million mobile Internet users are over 100 million. With the popularity of smart phones and the development of 3G value-added services, mobile phone online store, software store and other shops quickly swept value-added services,3G value-added services business software is an essential. As the smart phone platform, Android, once released, it attracted great attention of the industry in just 3 years time, and Android market share in the United States has more than elder mobile phone operating system, Windows Mobile, and still fast growing. However, some mobile value-added service providers in order to get benefits, the use of mobile network without notifying the user, resulting in dramatic increase in. Internet traffic. E-complaint in the 315 sites, the number of issues about the China Mobile GPRS overcharge complaints reached 4,000.This paper introduced the network control application based on Android mobile phone platform precisely to solve these problems. The paper first analyzes the current status of mobile Internet, comparative analysis of smart phone platforms and the problems mobile Internet users met in the process. in theory, introduced the Android platform, the overall structure, and comparison of other smart phone platforms, the project-related Linux knowledge and the tools used in development and related development technologies,and network control applications in detail, including project requirements, project design, the project's various functional modules of the specific design and implementation, and testing process before release. The author tried to explain the entire process of the network access control application development on Android platform to the reader, so that readers of the Network Access Control on Android mobile phone platform have a comprehensive understanding of application development. |