ITU-R M.2479-1 (09/2023)

CONTENTS
Report ITU-R M.2479-1
Policy on Intellectual Property Right (IPR)
1 Introduction
2 Objectives of this Report
3 Related documents
3.1 ITU documents
3.2 Other references
4 Abbreviations
5 Overview of existing and possible future IoT/M2M applications
5.1 Typical wireless industrial automation (WIA) applications
5.2 Wireless smart grid applications
6 Technical and operational aspects of MTC for WIA to support narrowband and broadband machine-type communication
7 Information on the spectrum usage of MTC applications
8 Enabling and existing technologies
8.1 WIA applications standards
8.2 Wireless smart grid applications
8.2.1 SWIN system
8.2.2 IoT-G 230 system
9 Deployment scenarios and architectures
9.1 Wireless industrial automation (WIA) applications
9.2 Smart grid applications
Annex 1 Wireless industrial automation applications
1 Introduction
2 Typical WIA applications
2.1 Overview
2.1.1 Factory automation
2.1.2 Process Automation
2.1.3 Audio-visual interaction
2.1.4 Remote control
2.1.5 Mobile robotics and vehicles
2.2 Current applications
2.2.1 Robotic arms
2.2.2 Rotating tables/storages
2.2.3 Overhead conveyer systems
2.2.4 Other moving parts and applications
2.2.5 Driverless autonomous transportation systems
2.2.6 Driverless autonomous transportation systems
2.2.7 Crane control
2.2.8 Clean rooms
2.2.9 Refinery and gas production
3 Characteristics for WIA applications
3.1 Operation and maintenance characteristics
3.1.1 Ease of use
3.1.2 Isolation
3.1.3 Multicast
3.1.4 Multi-tenancy
3.1.5 Network recovery
3.1.6 Quality of service (QoS) description
3.1.7 Service response (Negotiation of QoS levels)
3.1.8 Service deployment time
3.1.9 Simplified approvals
3.1.10 Technology availability (long-term availability of technology and the related infrastructure)
3.1.11 Non-standard operating conditions
3.1.12 Operation of local WIA network infrastructures
3.2 Characteristics of radio propagation in WIA environment
3.3 Coverage
3.4 Mobility
3.5 Transmitter parameters
3.5.1 Transmit output power/radiated power
3.5.2 Antenna characteristics
3.5.3 Bandwidth
3.6 Channel access parameters
4 Deployment scenarios and architectures
4.1 Presentation of system or technology concept
4.2 Deployment scenarios
5 Information on spectrum usage for WIA applications
5.1 Region 1
5.2 Region 2
Annex 2 Wireless smart grid applications currently used in China
1 Introduction
2 Typical wireless smart grid applications
2.1 Distribution automation
2.2 Electricity information acquisition
2.3 Electric vehicle charging stations
2.4 Distributed generation monitoring
2.5 Millisecond-level precise load control
3 Features of basic smart grid applications
4 Technical aspects
4.1 Introduction of SWIN System
4.2 Introduction of IoT-G 230 System
5 Frequency bands
6 Development of private power wireless network in China
Annex 3 MTC applications based on 3GPP technology not IMT: MulteFire
1 Introduction
2 Architecture
2.1 Public Land Mobile Network (PLMN) access mode
2.2 Neutral Host Network (NHN) access mode
2.3 MulteFire radio air interfaces
3 Operation and deployment scenarios
3.1 Port automation
3.2 Digital factory
3.3 Other scenarios
Annex 4 Private networks based on 3GPP technology used in Germany
1 Introduction
2 Example discrete manufacturing
Annex 5 Relevant references