Research And Application For Remote Video Monitor System Based On Android Platform

Our Positive effect on promoting urbanization construction speed, improve the living standards of the people. But on the other hand, the development of economy to collect people’s consumption level is improving, to the city’s traffic and public security within the community has brought a lot of potential safety problems. For some time, the campus security problems and the current city under the background of social security was one of the most important subject in the construction of the country. More to more schools also in order to make students from unexpected damage, began to install cameras in every corner of the campus video monitoring facilities. The government also started in the city’s many accident prone to install video monitoring equipment. The traditional video transmission is done using cable network transmission way, this way there are a lot of inconvenience. In this context, the high efficiency of video transmission mode has great prospects for development, but also to the traditional cable transmission has brought the huge challenge.This article USES the system platform is the fastest growing and most widely popular smartphone. Most smart phones is based on the Android platform, therefore, in this paper, on the basis of the Android platform area of remote video image acquisition, collected by wireless transmission way to transfer the content, the last on the Android platform shows that the effect of real-time. Without the restrictions of time and place that is the real from the traditional way of cable transmission, the idea as a whole design idea of this article. Based on this idea, according to the software system design steps to implement step by step. After the first in the overall demand of system, a general planning of the overall system design and hardware configuration. And then the outline of the whole system software module. Next, for the purpose of this article as a whole system used in the design of all the key technology and core knowledge done in a systematic in-depth study. Finally, on the basis of the third step of this design to verify the feasibility and accuracy of the whole system.