The Design And Implementation Of The Regulatory System On Unattended Communication Towers

With the development of Mobile Internet Technology, the construction speed of base station is increasing. As the in-depth development and construction of the station project in remote and complex regions. It doesn’t adapt to the development pace of base station to spend a lot of human and material resources on inspection in remote and complex regions. Those previous systems alike are designed and developed based on Intel X86systems. Due to the non-open source features of the system, some software is limited by the various non-open source software libraries, which seems clumsy and tedious. Meanwhile, the problem of restriction on efficient operation rate of fish system from hardware system spends high power consumption. It is the key to using an open source and low power consumption system to be the core of the unmanned towers regulatory system.This paper analyzes the no-duty towers system based on embedded open source Linux system that improves running efficiency that taking fully into account the future of unmanned towers variable demand factors, through the use of embedded Linux technology, the use of C/S architecture, which can get the smallest and the most streamlined system according to the specific needs of Linux kernel cutting. And its ARM chips possess the benefits of lower power consumption, lower operation cost and fewer heat emissions so as to reduce the possibilities of accidents in other forms. The system will use the motherboard with ARM Linux architecture as information collection and the service port. Through the association among other sensors and controllers, the system will collect and control each units of the unattended towers regulatory system real-time. Meanwhile, the system connects them with the control center so as to perform the remote monitoring to achieve the purpose of remote monitoring.In this paper, based on embedded open source Linux system, achieve the purpose of low cost, high efficiency and real-time monitoring, which realize its expected functions, and meet the needs of the regulatory system of unmanned towers.