Policy on Intellectual Property Right (IPR)
�1���� Introduction
�2���� Fundamental decisions by an
administration in the course of preparation to the planning process
�3���� Planning and optimization
of AOA SMNs
������� 3.1���� Main principles of
the existing general methodology
������� 3.2���� Computer-aided
modelling of an SMN
����������������� 3.2.1���� Defining
the objective
����������������� 3.2.2���� Initial
SMN modelling
����������������� 3.2.3���� Refining
sites and parameters of stations in the computer model
������� 3.3���� Refining station
sites in the course of site survey and land acquisition
������� 3.4���� Planning small and
special local SMNs
����������������� 3.4.1���� Planning
small SMNs and those for big cities
����������������� 3.4.2���� SMN
planning in mountainous and hilly regions
�4���� Planning and optimization of TDOA SMNs
������� 4.1���� Main principles
����������������� 4.1.1���� RF detection range of TDOA monitoring
stations
����������������� 4.1.2���� Geolocation coverage area of TDOA
monitoring networks
����������������� 4.1.3���� Planning for quality location measurements
������� 4.2���� Planning TDOA SMNs in an Urban Centre
����������������� 4.2.1���� Use of sight lines
����������������� 4.2.2���� Separation distance between monitoring
stations
������� 4.3���� Planning TDOA monitoring networks for large rural areas
�5���� Planning of Hybrid monitoring networks
������� 5.1���� Geolocation method comparisons
������� 5.2���� Geolocation coverage and accuracy simulation
������� 5.3���� Summary of Hybrid system performance
�6���� Generalized method for
planning small and special local SMNs
������� 6.1���� Computer-aided
modelling of small and special local SMNs
�7���� Conclusion
Annex 1 - Practical example on local AOA SMN planning at relatively
plain terrain
A1-1���� Introduction
A1-2���� Initial data for planning
the SMN topology
A1-3���� Optimization of simplest
SMN topology
A1-4���� Regular topology of large
SMN
A1-5���� Irregular structure of
SMN topology
Annex 2 - AOA SMN planning in mountainous and hilly regions
A2-1���� Preface
A2-2���� DF and location coverage
zones for station antennas sited at higher altitudes
A2-3���� Reducing the likelihood
of reflection effects
A2-4���� Final remarks
Annex 3 - Receiver performance and its impact on network coverage
A3-1���� Impact of Receiver
performance on geolocation network station separation distances
A3-2���� Instantaneous dynamic
range
A3-3���� Phase noise
A3-4���� Effects on coverage area
A3-5���� Conclusion
References