高效的周期性移动定位优化策略

针对周期性监控应用普遍存在因定位策略局限而导致移动终端耗电量大、精度低等诸多问题,从博弈论和计量经济学角度构建了高效的定位优化策略模型,根据用户使用场景,分析历史移动定位数据,充分考虑各种网络定位和终端定位的基础定位方式及其成功率,构建依次选用全球定位系统、基于位置业务开发的定位技术、无线宽带、基站等的动态移动定位策略.Matlab仿真结果表明,周期性移动定位策略能提高首次定位速度,并能快速精准地进行下一次移动定位,进而可降低通信网络和移动终端系统的压力.

Optimization Strategy of Efficient Periodic Mobile Location

Location based services( LBS) has become the basic ability of mobile Internet, mobile positio-ning technology gradually penetrated all aspects of social life. At present, there are many problems in the application of periodic monitoring, and the location strategy has many limitations, so the power consump-tion of mobile terminal is large and the accuracy is low. Based on game theory and econometrics, an effi-cient positioning optimization strategy model was established. According to user scenarios, this article an-alyzed the history of mobile location data and proposed a dynamic mobile positioning strategy when con-sidering the positioning method and its success rate of wireless fidelity, assistant global positioning sys-tem, global positioning system and base station. Simulations show that the periodic mobile location strate-gy can increase the accuracy of first-time location, carry out the next mobile location quickly and accu-rately. It can reduce the pressure of the communication network and the mobile terminal system as well.