基于索道信息化设备的无线自适应智能Mesh网络
冯显宗 1袁德航 1何硕1
作者信息
- 1. 北京起重运输机械设计研究院有限公司 北京 100007
- 折叠
摘要
随着索道信息化的快速发展,吊厢/吊椅上的无线通信设备之间的网络通信成为了一项关键技术.由于吊厢/吊椅在运行过程中需要采用电池供电,并且所有通信设备需要将数据回传到索道站,无线通信距离达 3 km左右,需要消耗较多电量,故索道吊厢/吊椅上无线通信设备减小电池电量消耗的技术显得尤为重要.文中提出一种索道吊厢/吊椅上的无线通信设备的自适应智能Mesh网络,在保证数据传输稳定和效率的前提下,使整个网络电量消耗效率最高,并且均衡每台信息化设备的综合功耗.
Abstract
With the rapid development of ropeway informatization,the network communication between wireless communication devices in the car/chair has become a key technology.Since the car/chair needs to be powered by battery during operation,and all communication equipment needs to send data back to the ropeway station,the wireless communication distance is about 3 km,and the power consumption is high,so it is particularly important to reduce the power consumption of wireless communication equipment in the ropeway car/chair.In this paper,an adaptive intelligent Mesh network for wireless communication equipment in ropeway car/chair is proposed,which can ensure the stability and efficiency of data transmission,maximum the power consumption efficiency of the whole network,and comprehensively consider the power consumption of each information equipment.
关键词
索道信息化/无线通信设备/自适应智能Mesh网络Key words
ropeway informatization/wireless communication equipment/adaptive intelligent Mesh network引用本文复制引用
出版年
2024
国家科技期刊平台
NSTL
万方数据