Based On The Android Car Cargo Information Terminal Research And Design

In recent years, computer network technology, embedded terminal technology, satellite navigation and mobile communication technology matures, more and more vehicle terminal is used in transport and logistics and distribution management. GPS global positioning system, the3G mobile communication networks and embedded systems used in logistics management, can effectively improve the logistics and distribution, scheduling, monitoring the efficiency and the level of logistics services.According to the actual network of logistics and distribution management of office OK to improved demand, and for monitoring and management of logistics and scheduling management mode, the current situation and existing problems, analyze the purpose and significance of the thesis. From the actual situation of the solution to the current management of logistics and transport scheduling, comprehensive analysis of the drawbacks of using traditional GPS terminal monitoring and management of logistics and scheduling. On the basis of analysis on the feasibility study, which proposed a solution based on the Android operating system of the vehicle objects associated terminal.The paper analyzes the vehicle information terminal network architecture, hardware architecture and software system design, as well as a detailed analysis and design of car objects associated terminal and data communications program of the dispatch center. The use of GPS technology, GIS, GPRS technology, innovative analysis and design of the vehicle objects associated information terminal service system based on the Android operating platform, and finally a more detailed discussion on the function of the system modules and security, to achieve a fully functional car of Things in the information terminal system. In contrast to the traditional in-car navigation terminal system, the terminal visualization and interactive communication dispatch center and logistics vehicles, have a wider application. This study will help to improve the service management model in the logistics and scheduling of monitoring process, with a more realistic value and significance.