Design and Implementation of Information Push Service Platform in Mobile Intelligent District Based on JXTA

With the rapid development of communication technology and the growth of mobile devices, the development of intelligent district network will be centered on IP multimedia which integrates the whole business. Meanwhile, information overload becomes a new problem. A reasonable network structure with low cost and stable performance, providing accurate information access for intelligent district users, becomes the focus of current research. This paper proposes a network topology for mobile intelligent district based on JXTA, designing and implementing information push service platform, which not only satisfies the network demand of intelligent district, but also satisfies users with a real time, accurate and stable information access.

Local Internet Construction of Information System

in order to facilitate effective on LAN platform to realize intelligent district vehicle management systems, using RFID convenience, uniqueness for vehicle management of the community to provide convenience and security. Using RFID technology to establish district vehicle intelligent control system, realize the vehicle management of efficient, convenient and safe.

Design and Implementation of a Mobile Intelligent District Value-Added Service Platform Based on SIP and Web Service

The popularization of mobile intelligent devices has greatly enriches the function of intelligent district. The intelligent district system which is IP-centric and provides multimedia services such as voice, fax, data, and images has becomes focus of the field. In this article, a mobile intelligent district value-added service platform based on SIP and Web Service is introduced, with the intelligent terminal devices, district residents can get customized service information on their own initiative, and they can communicate with the terminals in the district. Based on the implementation of the platform, information pushing function, weather forecast service and SIP message service are tested, and the result shows the feasibility of the platform, which can be used to satisfy the growing needs of district residents.