关键任务通信的5G: response - a项目经验

Zdravko Paladin, E. Kočan, Zarko Luksic, N. Kapidani, M. Kourtis, Michael C. Batistatos
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引用次数: 0

摘要

用于关键任务通信(MCC)的增强5G网络功能可由内陆和海上安全目的的不同用例中的第一响应者使用,包括支持搜索和救援(SAR)任务。控制室调度员和现场设备之间快速、安全的信息交换对于高效、及时的响应至关重要。5G网络切片、增强的数据速率、低延迟服务、机器类型和副链路通信,通过最新一代监控设备、无人驾驶车辆(空中和地面)、各种传感器和执行器、虚拟现实服务等的协调,使危机环境中的成功管理成为可能。本文首先简要概述了改善MCC的最重要的5G功能和服务。然后,介绍了在H2020项目response - a框架下实现的两个试点的经验,分别是地震和森林火灾场景下5G对MCC的支持,以及计划中的海上SAR操作试点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
5G for Mission Critical Communications: RESPOND-A Project Experiences
The enhanced 5G network capabilities for mission-critical communications (MCC) can be utilized by first responders in different use cases, both inland and for maritime safety purposes, including the support for Search and Rescue (SAR) missions. Fast and secure information exchange between control room dispatchers and on-site assets is of core importance for an efficient and timely response. 5G network slicing, enhanced data rates, low latency services, machine-type, and sidelink communications, enable successful management in a crisis environment through coordination of the latest generation of surveillance devices, unmanned vehicles (aerial and surface), various sensors, and actuators, virtual reality services, etc. This paper first provides a brief overview of the most important 5G capabilities and services that improve MCC. Then, experiences collected in two pilots realized in the frame of H2020 project RESPOND-A, concerning 5G support for MCC in earthquake and forest fire scenarios, as well as the planned pilot in maritime SAR operation, are presented.
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