Based On Embedded Linux Mobile Test System Design And Implementation

Meshwork optimized is usually applied under based on attaining abundant data of running network status quo. So, it is very important to have the data collection as the first step before optimization. With the most advanced idea of combining meshwork optimization and design of embedded system, a scheme is introduced here to resolve the problem of data collection and data transmission in real-time embedded system. One side, data collection is a time consuming and strenuous process, it requires much of repeating works and need to transmit mass of data to control center. On the other side, as a branch of computer science, embedded system is able to process a lot of repeated calculations and provide high real-time, high reliability and professional functions. Therefore, combining the two fields to resolve the problem may get a satisfying result.The following items will be studied in the thesis:1. The origination and study significance of this thesis is introduced. And the main configuration of Move Test System is designed.2. The hardware composing the system is chose based on main configuration. And plenty of information of modules will be discussed.3. A detailed analysis is given to illustrate the system software design in MontaVista environment, including kernel configuration, application design, system integration and so on.4. The running status of system is inspected. And the data of inspection is analyzed to get conclusion of system running status.At the end, experiences and lessons gained in the development of this scheme is summarized. The re-development of the system is discussed and previewed in order to illuminate the powerful function extendable ability of the system in the future.