Policy on Intellectual Property Right (IPR)
1 Introduction
2 Relevant ITU-R Recommendations and Reports
3 Acronyms
4 Capabilities of IMT technologies
4.1 Higher throughput
4.2 Quality of service
4.3 Use of spectrum
4.4 Energy efficiency
4.5 Mobility Management
4.6 Coverage
4.7 Security Aspects of IMT systems
4.8 Position
4.9 Clock Synchronization
4.10 Technology aspects for use cases
5 Use cases or applications
5.1 Machine-Type Communication (MTC) (also known as
Machine-to-Machine (M2M) in some jurisdictions)
5.2 Broadband Public Protection and Disaster Relief (PPDR)
5.3 Transportation applications
5.3.1 Intelligent Transport Systems (ITS)
5.3.2 Railways or High Speed Train Communication
5.3.3 Bus/Fleet traffic management
5.4 Utilities
5.4.1 Smart Grids
5.4.2 Water management
5.5 Industrial automation
5.5.1 Motion control
5.5.2 Motion control – transmission of non-real-time data
5.5.3 Motion control - seamless integration with
Industrial Ethernet
5.5.4 Control-to-control communication (motion
subsystems)
5.5.5 Mobile control panels with safety functions
5.5.6 Mobile robots
5.5.7 Massive wireless sensor networks
5.5.9 Augmented reality
5.5.10 Process automation – closed-loop control
5.5.11 Process automation – process monitoring
5.5.12 Process automation – plant asset management
5.5.13 Flexible, modular assembly area
5.5.14 “Plug and produce” for field devices
5.6 Remote control
5.6.1 Communication links
5.6.2 Mining
5.6.3 Construction site
5.6.4 Harbours
5.7 Surveying and inspection
5.7.1 Oil and gas
5.7.2 Electricity
5.8 Healthcare
5.8.1 Remote surgery
5.8.2 Clinical Wearables
5.8.3 Mobile Health Applications
5.9 Sustainability/Environmental
5.10 Smart city
5.11 Wearables
5.12 Smart homes
5.13 Agriculture
5.14 Media and Entertainment
5.15 Enhanced personal experiences
5.15.1 Social media
5.15.2 Outdoor activities and games
5.16 Commercial Airspace Unmanned Aerial Systems (UAS) applications
6 Summary