4G/LTE移动网络中的紧急呼叫跟踪分析

J. J. Arnez, Maria G. Lima Damasceno, Renata K. Gomes Do Reis, Leandro Almeida Da Silva, Lucas Beltrão Cavalcante Tribuzy, Mateus C. Lucena
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引用次数: 0

摘要

eCall(紧急呼叫)服务已经在3G网络中广泛使用,但是随着4G/LTE网络的发展,服务迁移到这种更高效的架构是很自然的。要正确地进行迁移,需要遵循三个重要步骤:允许eCall调用在移动设备上使用IMS (ip -多媒体子系统)网络节点的源代码开发;现有的PSAP(公共安全应答点),具有基于数据包的连接,并通过使用4G/LTE移动网络设置的一系列测试进行验证。本文的目的是分析和描述使用IMS和4G/LTE移动网络的实时测试平台中的eCall流。此外,还开发了源代码,以便提供应急服务和实验室试验台。此外,本文基于TS 23.167标准,通过对不同类别的紧急号码进行台架测试,阐述了提供eCall服务所需的流程,并论证了IMS网络节点与LTE/4G核心网之间稳定运行的重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of emergency call tracking in a 4G/LTE mobile network
The eCall (emergency Call) service is already widely used by 3G networks, however with the 4G/LTE network’s evolution, it is natural for a service migration to this more efficient architecture. For migration to take place correctly, there are three important steps to be followed: source code development that allows the eCall call to use the IMS (IP-Multimedia Subsystem) network nodes on mobile devices; an existing PSAP (Public-Safety Answering Point) with packet based connectivity and the validation through battery of tests using a 4G/LTE mobile network setup. The purpose of this article is to analyze and describe an eCall flow in a real time testbed using both the IMS and the 4G/LTE mobile networks. In addition, the development of source code to allow emergency services and laboratory testbeds were done. Furthermore, based on TS 23.167 standard, this scientific paper presents procedures needed to provide the eCall service by performing bench testing for different categories of emergency numbers and demonstrating the importance of stable operation between IMS network nodes and the LTE/4G core network.
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