Policy on Intellectual Property Right (IPR)
1 Introduction
2 Scope
3 Objectives and requirements of PPDR systems
3.1 Technical and functional objectives
3.2 Operational objectives
3.3 Operational requirements
3.3.1 Priority access requirements
3.3.2 Grade-of-service (GoS) requirements
3.3.3 Quality-of-service requirements
3.3.4 Reliability requirements
3.3.5 Coverage and Capacity requirements
3.3.6 Connectivity and compatibility requirements
3.3.7 Interoperability requirements
3.3.8 Interoperability via commercial services
3.3.9 Support and integration of multiple applications
3.3.10 Interface/interconnect systems
3.3.11 SDR (Software-Defined Radio)
3.3.12 Multi-band, multi-mode radios
3.3.13 Security-related requirements
3.3.14 New Capabilities
3.3.15 Electromagnetic compatibility (EMC) requirements
3.4 User requirements
3.5.1 Cost-effectiveness requirements
3.5.2 Regulatory compliance
3.5.3 Planning requirements
4 PPDR applications
5 Spectrum considerations for PPDR
5.1 Spectrum-requirement calculations for PPDR
5.2 Harmonization of spectrum
6 Narrow/wideband PPDR communications
6.1 Narrow/wideband applications
6.1.1 Narrowband PPDR services and applications
6.1.2 Wideband PPDR services and applications
6.2 Solutions to support interoperability for narrowband/ wideband
PPDR
6.2.1 Cross-band repeaters
6.2.2 Radio reprogramming
6.2.3 Radio exchange
7 Broadband PPDR requirements and evolution
7.1 Economies of scale
7.2 Wide area coverage
7.3 Cell throughput
7.4 Broadband PPDR radiocommunication standards
7.5 Advantages of globally harmonized IMT technology for BB PPDR
7.6 Harmonisation of spectrum and conditions for broadband
PPDR
7.7 Advantages of PPDR using frequency bands harmonized for IMT
8 The needs of developing countries
8.1 Factors to be considered by developing countries
8.2 PPDR requirements for developing countries
8.2.1 Radio spectrum
8.2.2 Direct mode operation
8.2.3 Rural coverage
8.2.4 Deployment
Annex 1 References
Annex 2 Terminology and Abbreviations
Terminology used for PPDR
Annex 3 PPDR Operations
A3.1 Operating environments
A3.2 Categories of operations
A3.2.1 Day-to-day operations
A3.2.2 Large emergency and/or public events
A3.2.3 Disaster relief
A3.3 Localized Communication Services
A3.4 Examples of PPDR network deployment scenarios and technical
implementation
A3.4.1 Dedicated PP systems owned and operated by
Government/PP agencies
A3.4.2 Dedicated PP systems owned by agencies’ but
operated by commercial entities
A3.4.3 Dedicated PPDR systems owned and operated by
commercial
A3.4.4 PPDR agencies using commercial networks as a
special subscriber
A3.4.5 Sharing the public operator’s infrastructure (e.g.
as a Shared RAN)
Annex 4 PPDR Applications and related examples
Annex 5 PPDR Requirements
Attachment 1 of Annex
5 Classification of QoS
Annex 6 Spectrum requirements for narrow-band and wide-band PPDR
A6.1 Methods of projecting spectrum requirements
A6.2 Validity of the methodology
A6.3 Critical parameters
A6.4 Extrapolated upper limit
A6.5 Results
A6.6 Discussion of results
Attachment 1 to Annex 6 Methodology for the calculation of public protection
and disaster relief terrestrial spectrum requirements
ATT1-1 Introduction
ATT1-2 Advanced services
ATT1-3 A Spectrum prediction model
ATT1-4 B Geographical area
ATT1-5 C Operational environments
versus service environments
Modified version of IMT-2000 methodology A1, A2, A3, A4, B1:
ATT1-6 D PPDR population
ATT1-7 E Penetration rates
ATT1-8 F Traffic parameters
ATT1-9 G PPDR quality of service functions
ATT1-10 H Calculate total traffic
ATT1-11 I Net system capacity
Follow IMT-2000 methodology C4, C5:
ATT1-12 J Spectrum calculations
Follow IMT-2000 methodology D1, D2, D3, D4, D5, D6:
Attachment 1.1 to Annex 6 Comparison of proposed
methodology for the calculation of PPDR spectrum requirements to IMT-2000
methodology
Attachment 1.2 to Annex 6 PPDR
Spectrum Requirements Flowchart
Attachment 1.3 to Annex 6 System
capacity calculation examples
Attachment 1.4 to Annex 6 Example:
Public safety and disaster relief population density data
Attachment 1.5 to Annex 6 Example calculation
Attachment 1.6 to Annex 6 Example
narrowband and wideband calculation summaries
Attachment 2 to Annex 6 PPDR spectrum calculation based on generic city
analysis (demographic population)
ATT2-1 Generic City Approach
ATT2-2 PPDR categories
ATT2-3 Spectrum requirements
Annex 7 Annexes on Broadband PPDR Spectrum Calculations and Scenarios
Annex 7A Methodology for the calculation of broadband PPDR spectrum
requirements within CEPT
Annex 7B Spectrum requirements for BB PPDR Based on LTE in the United Arab
Emirates
Annex 7C Throughput requirements of broadband PPDR scenarios
Attachment 1 of Annex 7C
Annex 7D Representative scenario- deploying LTE for PPDR
Attachment 1 of Annex 7D Example for wireless applications needed for
broadband PPDR system
Annex 7E Spectrum Calculations and Scenario of LTE based technology for
broadband PPDR in China
1 Introduction
2 Methodology to calculate broadband spectrum requirements
3 Calculation of spectrum requirements for Wuhan city in China
4 Scenario of LTE based technology for PPDR broadband
5 Conclusion
Annex 7F Broadband PPDR spectrum requirements
in Korea
A1.1 Introduction
A1.2 Spectrum Requirements Calculation Methodology
A1.3 Traffic Parameters
A.1.4 Spectrum Requirements
A1.5 Conclusion
Annex 8 Study on deployment of broadband and narrowband integrated PPDR
network in China
A2.1 Background
A2.2 Deployment Schemes
A2.3 Operational procedure
Annex 9 Information from international standardization organization on
activities with regards to public protection and disaster relief (PPDR)
Annex 10 Using higher power terminals to increase cell coverage in rural areas
A10.1 Link budget calculations for higher power LTE UE to meet PPDR
broadband requirements of developing countries
A10.2 Coexistence issues for high power LTE systems
Annex 11 37 functional requirements for the nationwide mission critical PPDR
wireless communication system
Annex 12 Requirements and example scenario of PPDR use by
agencies in India