Application and Demand Model of 5G Communication Technology in Hydrology

In the context of hydrological modernization,the existing communication technology is unable to support the ever-increasing requirements.At present,the application of 5G in many fields has achieved good results.However,there is no in-depth analysis and research on its application situation in the hy...

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Main Authors: LIU Yunshan, LIU Xunhua, GUO Dongrong
Format: Article
Language:zho
Published: Editorial Office of Pearl River 2022-01-01
Series:Renmin Zhujiang
Subjects:
Online Access:http://www.renminzhujiang.cn/thesisDetails#10.3969/j.issn.1001-9235.2022.03.016
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author LIU Yunshan
LIU Xunhua
GUO Dongrong
author_facet LIU Yunshan
LIU Xunhua
GUO Dongrong
author_sort LIU Yunshan
collection DOAJ
description In the context of hydrological modernization,the existing communication technology is unable to support the ever-increasing requirements.At present,the application of 5G in many fields has achieved good results.However,there is no in-depth analysis and research on its application situation in the hydrological industry and the demand of the hydrological industry based on 5G.Depending on the analysis of the station network,informatization status and communication technology application regarding hydrology in Ganzhou,the pilot application of 5G in Ganzhou demonstrates that 5G communication technology has obvious advantages over the current communication technology in terms of high-definition video surveillance,hydrological factors monitoring and software system.The analysis of hydrological demand based on 5G yields that demand points for 5G are mainly reflected in hydrological monitoring,equipment technology,video surveillance,software system,hydrological services and Internet of Things related to hydrology,hydrological management and other scalable business.The connection between demand points is also established to build a demand model of 5G-based intelligent hydrology.Noteworthily,the mature application of 5G in the hydrological field to support intelligent hydrology still suffers from some problems,such as low industrialization of support equipment,high cost,small signal coverage and difficult talent training.The next research direction is also proposed in this paper.
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institution Kabale University
issn 1001-9235
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series Renmin Zhujiang
spelling doaj-art-bd57952101f94ceda206d59933154a1d2025-01-15T02:27:02ZzhoEditorial Office of Pearl RiverRenmin Zhujiang1001-92352022-01-014347644535Application and Demand Model of 5G Communication Technology in HydrologyLIU YunshanLIU XunhuaGUO DongrongIn the context of hydrological modernization,the existing communication technology is unable to support the ever-increasing requirements.At present,the application of 5G in many fields has achieved good results.However,there is no in-depth analysis and research on its application situation in the hydrological industry and the demand of the hydrological industry based on 5G.Depending on the analysis of the station network,informatization status and communication technology application regarding hydrology in Ganzhou,the pilot application of 5G in Ganzhou demonstrates that 5G communication technology has obvious advantages over the current communication technology in terms of high-definition video surveillance,hydrological factors monitoring and software system.The analysis of hydrological demand based on 5G yields that demand points for 5G are mainly reflected in hydrological monitoring,equipment technology,video surveillance,software system,hydrological services and Internet of Things related to hydrology,hydrological management and other scalable business.The connection between demand points is also established to build a demand model of 5G-based intelligent hydrology.Noteworthily,the mature application of 5G in the hydrological field to support intelligent hydrology still suffers from some problems,such as low industrialization of support equipment,high cost,small signal coverage and difficult talent training.The next research direction is also proposed in this paper.http://www.renminzhujiang.cn/thesisDetails#10.3969/j.issn.1001-9235.2022.03.0165Gintelligent hydrologydemand modelcommunication technologyhydrological informatization
spellingShingle LIU Yunshan
LIU Xunhua
GUO Dongrong
Application and Demand Model of 5G Communication Technology in Hydrology
Renmin Zhujiang
5G
intelligent hydrology
demand model
communication technology
hydrological informatization
title Application and Demand Model of 5G Communication Technology in Hydrology
title_full Application and Demand Model of 5G Communication Technology in Hydrology
title_fullStr Application and Demand Model of 5G Communication Technology in Hydrology
title_full_unstemmed Application and Demand Model of 5G Communication Technology in Hydrology
title_short Application and Demand Model of 5G Communication Technology in Hydrology
title_sort application and demand model of 5g communication technology in hydrology
topic 5G
intelligent hydrology
demand model
communication technology
hydrological informatization
url http://www.renminzhujiang.cn/thesisDetails#10.3969/j.issn.1001-9235.2022.03.016
work_keys_str_mv AT liuyunshan applicationanddemandmodelof5gcommunicationtechnologyinhydrology
AT liuxunhua applicationanddemandmodelof5gcommunicationtechnologyinhydrology
AT guodongrong applicationanddemandmodelof5gcommunicationtechnologyinhydrology