摘要
巨型摩天轮等特殊场景对网络系统的信号指标提出了更高要求。目前,此类场景下的网络系统存在信号重叠、杂乱、质差等问题,影响了网络质量和用户感知。以国内最大全天景回转式轿厢摩天轮“湾区之光”为例,提出一套能有效覆盖此类特殊场景的“宏站+微站”多频立体组网解决方案并进行测试和优化,初步解决了上述问题。
Special scenarios such as giant ferris wheels have put forward higher requirements for the signal indicators of network systems.At present,network systems in such scenarios have problems with signal overlap,clutter,and poor quality,which affect network quality and user perception.Taking the largest panoramic rotary car Ferris wheel in China,"Bay Glory"Ferris Wheel,as an example,this article proposes a"macro station"and"micro station"multi frequency stereo networking solution that can effectively cover such special scenarios,and conducts testing and optimization to preliminarily solve the above problems.
作者
王慕兰
WANG Mulan(School of Software Engineering,Shenzhen Institute of Information Technology,Shenzhen,Guangdong,China 518172)
出处
《深圳信息职业技术学院学报》
2023年第6期43-50,共8页
Journal of Shenzhen Institute of Information Technology
基金
2022年校级博硕士科研启动扶持项目(项目编号:89)。
关键词
特殊场景信号覆盖
多频立体组网:摩天轮
special scene signal coverage
multi frequency stereo networking
ferris wheel
