Report ITU-R M.2415-1
Policy
on Intellectual Property Right (IPR)
1 Introduction
2 Scope
3 Spectrum considerations for PPDR
4 Estimation of spectrum for PPDR
5 Harmonization of spectrum
Annex 1
Spectrum for narrow-band and wide-band PPDR
1 Methods of projecting spectrum aspects
2 Validity of the methodology
3 Critical parameters
4 Extrapolated upper limit
5 Results
6 Discussion of results
Attachment 1 to Annex 1
Methodology for the estimation of public protection and disaster relief
terrestrial spectrum aspects
1 Introduction
2 Advanced services
3 A – Spectrum prediction model
4 B – Geographical area
5 C – Operational environments
versus service environments
Modified version of IMT-2000 methodology
A1, A2, A3, A4, B1:
6 D – PPDR user population
Example of PPDR categories:
Modified version of IMT-2000 methodology
B2:
7 E – Penetration rates
Modified version of IMT-2000 methodology
B3, B4:
8 F – Traffic parameters
Follow IMT-2000 methodology B5, B6, B7:
9 G – PPDR quality of service functions
Follow IMT-2000 methodology B8:
10 H –
Calculate total traffic
Follow IMT-2000 methodology C1, C2, C3:
11 I –
Net system capacity
Follow IMT-2000 methodology C4, C5:
12 J –
Spectrum estimation
Follow IMT-2000 methodology D1, D2, D3,
D4, D5, D6:
Attachment 1.1 to Annex 1
Comparison of proposed methodology for the estimation of PPDR spectrum to IMT-2000 methodology
Attachment 1.2 to Annex 1 PPDR
spectrum aspects flowchart
Attachment 1.3 to Annex 1
System capacity calculation examples
Attachment 1.4 to Annex 1
Example: Public safety and disaster relief population density data
Attachment 1.5 to Annex 1
Example spectrum estimation
Attachment 1.6 to Annex 1 Example narrowband and wideband spectrum
estimation summaries
Attachment 2 to Annex 1
PPDR
spectrum estimation based on generic city
analysis (demographic population)
1 Generic city approach
2 PPDR categories
3 Spectrum aspects
a) Normal
day-to-day operations:
b) Urban
disaster operations:
c) Suburban
disaster operations:
Annex 2
Annexes on Broadband PPDR Spectrum Aspects and Scenarios
2A.1 Methodology
for PP1
2A.2 Methodology
for PP2
2A.3 Spectrum
aspects for broadband PPDR Based on LTE in France
Annex 2B
Spectrum for BB PPDR Based on LTE
in the United Arab Emirates
2B.1 Background
2B.2 Methodology
2B.3 Summary
of the spectrum estimation – Results
Annex 2C Throughput needs
of broadband PPDR scenarios
Attachment 1 to Annex 2C
Annex
2D Representative scenario- deploying
LTE for PPDR
2D.1 Background
2D.2 Incident scenario
2D.3 Event description
2D.4 Analysis
2D.5 Results
2D.6 Conclusions of the representative scenario
Attachment 1 to Annex 2D
Example for wireless applications needed for broadband PPDR system
Annex
2E Spectrum estimations and scenario of LTE based technology for broadband PPDR in China
2E.1 Introduction
2E.2 Methodology
to estimate broadband spectrum
2E.3 Estimation
of spectrum for Wuhan city in China
2E.4 Scenario
of LTE based technology for PPDR broadband
2E.5 Conclusion
Annex 2F
Broadband PPDR spectrum in Korea
2F.1 Introduction
2F.2 Spectrum
estimation methodology
2F.3 Traffic
parameters
2F.3.1 Individual PPDR agency operation
2F.3.2 Multiple
PPDR Agencies Operation
2F.3.3 PPDR operation with other public broadband services
2F.4 Spectrum
aspects
2F.5 Conclusion
Annex 2G
Estimation
of spectrum for wireless PPDR systems using Monte Carlo simulation
2G.1 Overview
of approach and method used
2G.2 Background
to the study
2G.3 Initial
PPDR spectrum estimates
2G.4 Wireless
Broadband network simulation
2G.5 Resulting
effective throughput-per-user
2G.6 Conclusions
Attachment 1 to Annex 2G Model layout and parameters
Attachment 2 to Annex 2G Example results
Annex 2H
Spectrum for BB PPDR in Tunisia
2H.1 Summary
of the spectrum estimation – Results