Practical LTE based security forces PMR networks
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3GPP TS
4G geo-localisation
4G multicast
4G multicasting
4G SMS
A01=Arnaud Henry-Labordere
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Author_Arnaud Henry-Labordere
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Category1=Non-Fiction
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Category=UTR
COP=Denmark
Core IMS
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federation of tactical networks
Firemen
GC1
HSS
IMS architecture
IMS Server
IMSI
IPv4
IPv6 Address
Language_English
LoRa virtual roaming
LTE
LTE for security forces
Message Authentication Code
mission critical communications
Mobile Tv
MOOC Teaching
multi security domain SIM cards
Multicast IP
Multicast IP Address
OTA
over-the-air SIM management
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PMR
Price_€20 to €50
PS=Forthcoming
public safety networks
resilient mobile broadband for security
RTP.
Sim Card
Soap
softlaunch
SS7
Stream Control Transmission Protocol
tactical network optimization
Tactical Networks
Telecommunication networks
VoLTE integration
Product details
- ISBN 9788770043878
- Weight: 600g
- Dimensions: 156 x 234mm
- Publication Date: 21 Oct 2024
- Publisher: River Publishers
- Publication City/Country: DK
- Product Form: Paperback
- Language: English
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Security forces PMR networks are moving from proprietary technologies for their Mission Critical Push-To-Talk basic service, and their data services which must provide large bandwidth real-time access, to the databases. LTE Based is adopted with backup access to public MNOs to complement their own radio coverage. Specific technologies such as multicasting of visio are required so the MCPTT works within a restricted bandwidth. The need to be able to change the main MNOs to provide resilient coverage requires specific choices of SIM cards, with OTAble security domains. Practical LTE Based Security Forces PMR Networks assumes that the reader has a basic knowledge of the 4G network architecture and services, and the book focusses on the specific features and choices required to fulfill the need of security forces PMR networks. These include tactical and centralized, including LTE based voice services VoLTE and IMS. It can be used as a reference or textbook, with many detailed call flows and traces being included. The author, who has also a long teaching career in Operations Research, provides mathematical models for the optimization of tactical network federations, multicast coverage and allocation of preemptive priorities to PMR group members. He is a pioneer in the area of Virtual Roaming, an application of graph theory and telecommunications to provide roaming without direct relations, having previously published books on SMS Hubs, SS7 Hubs, Diameter Hubs, GTP Hubs. The use of M2M (monitoring devices) for security forces with mobility is covered in detail in the book, including the new LoRa virtual roaming which goes beyond the scope of PMR.
