Policy on Intellectual Property Right (IPR)
1 Introduction
1.1 Abbreviations
2 Differences between typical
fixed service applications and television outside broadcast, electronic
news gathering and electronic field production
3 Operational requirements
for television outside broadcast, electronic news gathering
and electronic field production
3.1 TVOB, ENG and EFP
deployment
3.2 System deployment
considerations including transmission aspects for TVOB, ENG and EFP
3.2.1 Introduction
3.2.2 Analogue,
digital and high definition television data requirements
3.2.3 Bandwidth/data
requirements for TVOB, ENG and EFP systems
3.2.4 Link
characteristics for TVOB, ENG and EFP
3.2.5 Modelling
of the ENG collection station receive antenna
3.2.6 Polarization
loss model
3.3 System design
requirements for TVOB, ENG and EFP
4 Television outside
broadcast, electronic news gathering and electronic
field production equipment characteristics
4.1 Central receiving
sites
4.2 Nomadic receiving
sites
4.3 Mobile platforms
5 Analysis of ENG system
density for modelling purposes
5.1 Wireless
microphones
5.2 Operational
density for digital HDTV/SDTV wireless cameras
6 Case studies on dense usage
of electronic news gathering systems at times of heightened news gathering
events in Australia
6.1 Beaconsfield Mine
disaster – 2007
6.2 Asia-Pacific
Economic Cooperation (APEC) meeting – Sydney
6.3 Victorian
bushfires – February 2009
6.4 Sydney Olympics –
2000
6.4.1 Radiocommunications
licensing arrangements
6.4.2 Licence
priority strategy for the Games
6.4.3 Frequency
Coordination Committee
6.4.4 Role
of SOCOG and SOBO
6.4.5 ACA
licensing locations
6.4.6 Interference
impact certificates
6.4.7 Radiocommunications
transmitter identification labels
Licensing label
Technical details label
Required modification tag
Do not operate tape
6.4.8 Labelling
to control entry of devices to Games venues
6.4.9 Auditing
of radiocommunications devices
6.4.10 Arrangements
for the Games
6.4.11 Standards
strategy for the Games
6.4.12 Electromagnetic
compatibility standards
6.4.13 Electromagnetic
radiation standards
6.4.14 Device
testing
6.5 Sydney to Hobart
Yacht Race Start – Sydney Harbour
6.6 Indy 300 V8
Supercars
6.7 Delivering
communications services to assist in the staging of the Melbourne 2006 XVIII
Commonwealth Games
6.7.1 Regulatory
framework and implementation
6.7.2 Spectrum
management
6.7.3 Radiocommunications
networks and systems
6.7.4 Radiocommunications
equipment arrangements
7 Sharing and compatibility
issues between electronic news gathering systems in frequency bands allocated
to the fixed and mobile services
7.1 Sharing between
digital electronic news gathering and WiMAX systems in the band 2 500-2
690 MHz
7.1.1 System
parameters
7.1.2 Antenna
patterns
7.1.3 Propagation
model
7.1.4 Required
transmission loss
7.1.5 Required
separation distance
7.1.6 Conclusions
7.2 Compatibility
issues with IMT operating in bands adjacent to frequency bands and tuning
ranges which are currently used for ENG or have potential for ENG use
7.2.1 Adjacent
channel scenarios considered
7.2.2 Assessment
methodology
7.2.3 System
parameters
7.2.4 Analysis
(case-by-case)
(i) No guardband
(ii) With guardband
(5 MHz) and additional receiver filtering
(i) DENG/WiMAX interference
scenarios (generally)
7.2.5 Results
and conclusions
Attachment 1
IMT-2000 equipment parameters
Digital electronic news gathering equipment parameters
Attachment 2
Attachment 3
Summary of calculated separation distances
8 Methodology for capturing
spectrum mask of IMT and DENG transmissions in the 2.1 GHz and
2.5 GHz bands
8.1 Objective
8.2 Pre-measurements
8.2.1 Background
on IMT base stations (2.1 GHz band)
8.2.2 DENG
equipment (2.5 GHz band)
8.2.3 Field
measurement equipment
8.3 Methodology and
results
8.3.1 Measurement
methodology
8.3.2 Measurements
in 2.1 GHz band
8.3.3 Measurements
in 2.5 GHz band