tetra network planning with ics designer … · propagation models (including itu models and...
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TETRA NETWORK PLANNING WITH ICS designer
7th of October, 2015Warsaw, POLAND
Mr Rubén PerdizATDI [email protected]
Agenda1. ATDI in a few words2. TETRA overview3. TETRA Network planning
i. Input:i. GIS interfaceii. Propagation Modelsiii. Target of the deploymentiv. Existing sites / Method to add new sites / Select sites
ii. Output:i. Coverage calculationii. Network optimization and traffic analysisiii. Frequency assignment and Interference calculationiv. Share network data (ICS online, Google Earth, HTZ spectrum, GIS)
4. ATDI Product range
ATDI in a few wordsATDI is a French company with more than 25 years of experience in the industry
Provides software and services in radio communication• Radio network planning & optimization (civil & military)• Spectrum management• Digital cartography
Composed of engineers with high level of expertise
A significant number of clients : around 2,000 references
Close to the customer with 11 local ATDI offices and a network of local distributors
ATDI worldwide presence
ATDI Iberica(Madrid)
ATDI Pty Ltd(Sydney)
ATDI Inc.(Washington D.C.)
ATDI Ltd.(London)
ATDI S.A.Headquarters
(Paris)ATDI Eurasia
(Moscow)
ATDI India(Mumbai)
ATDI(Singapore)
ATDI Poland(Warsaw)
ATDI Israel(Maccabim)
ATDI-LIS LLC(Kiev)
Solutions in radio communications
Main markets
– Telecom operators / Broadcasters
– Regulators
– Military forces / Emergency services
– Telecom Equipment Manufacturing
– Engineering Services consulting firms
www.atdi.com/references/
• Planning a TETRA networks differs considerably, for a varietyof reasons (critical communications, reliability) from cellularplanning processes.
• TETRA cells are generally much larger than cellular cells andusers requirements (voice and data) are widely different andimpact the way the TETRA network must be dimensioned.
• The validation of the coverage and the network performancewill determinate the optimization process/actions required.An accurate network design is essential to minimize the needof reconfiguration of deployed site, deployment of additionalsites, change to equipment and to the network as a whole.
TETRA overview
TETRA overviewPlanning a TETRA Network
1. Project settings 1.1. Cartographic dataset used 1.2. Selection of propagation model 1.3. Simulation parameters settings (Link budget, Balanced threshold DL/UL, planning margin 95%, calculation distan 1.4. Coverage and traffic objectives (area to cover - Polygon, roads, railways, …)
2. Coverage planning 2.1. Import, parameter and selection of the best existing sites 2.2. Add new sites to achieve the coverage objectives (ICS designer planning functions)
3. Handover planning 3.1. Define the neighbor list of each station 3.2. Check HO areas 3.3. Add sites in areas where HO is not achieved
4. Traffic planning 4.1. Set the traffic requirements (according to clutter, subscribers, polygons) 4.2. Define the number of channels and slots required per site
5. Frequency plan optimization 5.1. Automatic frequency assignment 5.2. Optimize the spectrum used 5.3. Check interference
6. Site parameter optimizing 6.1. Optimize Tilt/Azimuth/Power in order to reduce interference levels
7. Network performance analysis 7.1. Coverage reports 7.2. HO reports and maps 7.3. Traffic maps, etc…
• Digital maps can consist from different layers with different functionality.
• Map accuracy will make influence on the result of network design and on the scope of planning engineer capabilities.
• Radio-wave propagation models will also depend from digital maps scale and consistence.
1. Project settings1. 1. Cartographic dataset usedTETRA planning
Radiowave propagation model is the mathematical instrument that connects radiotechnology and equipment parameters with any result that can be received on the digital maps.
More than 50 very accurate deterministic and empirical propagation models (including ITU models and Okumura Hata/COST231)
TETRA planning1. Project settings1. 1. Cartographic dataset used1.2. Selection of propagation model
Route planning functions
• Define technical parameters of the TETRA stations Type of antennas; Number of sectors; Powers; Thresholds; Path budgets (up/down)
• Link budget, Balanced threshold UL/DL, planning margin 95%, calculation distance
1. Project settings1. 1. Cartographic dataset used1.2. Selection of propagation model1.3. Simulation parameters settings
TETRA planning
Route planning functions
• Coverage and traffic objectives Add new sites Area to cover (polygon, road, rails)
ICS designer
Planning functions
TETRA planning1. Project settings1. 1. Cartographic dataset used1.2. Selection of propagation model1.3. Simulation parameters settings 1.4. Coverage and traffic objectives
Route planning functions
• Import, parameters
and selection of the
best existing sites
TETRA planning 2. Coverage planning2.1. Import, parameter and
selection of the best existing sites
Route planning functions
Subscribers creation
Prospective planning
Parenting functions
TETRA planning 2. Coverage planning2.1. Import, parameter and selection
of the best existing sites2.2. Add new sites to achieve
the coverage objectives
Route planning functions
Surface planning androute planning functions
Examples of Route planning:• Secured Logistics Convoys / Military deployment• Public transport lines TETRA coverage• Pipeline security control systems
Objectives:• Cover 100% of a Public transport line• Receive at least two signals at every position on the track• Perform a site selection to fulfill the above mentioned goals among
a list of potential sites• Perform an azimuth optimization of the selected sites• Study the handover performance along the track according to the
train’s speed
2. Coverage planning2.1. Import, parameter and selection
of the best existing sites2.2. Add new sites to achieve
the coverage objectives
TETRA planning
Route planning functions
Output Site locations: number of stations / antenna configuration
The user can define:
• The receiving antenna height• The receiver’s sensitivity• A limit distance of calculation• Whether an overlapping is required or not• Whether an azimuth optimization is required or not
Automated site selection & azimuth optimization
TETRA planning 2. Coverage planning2.1. Import, parameter and selection
of the best existing sites2.2. Add new sites to achieve
the coverage objectives
Surface planning androute planning functions
Best server coverage
Overlappingareas
Compositecoverage
TETRA planning 2. Coverage planning2.1. Import, parameter and selection
of the best existing sites2.2. Add new sites to achieve
the coverage objectives Coverage maps
TETRA planning 3. Handover planning3.1. Define the neighbor list of
each station
• Handover area colored in pink
• Add stations in areas where HO is not achieved
(planning functions)
TETRA planning 3. Handover planning3.1. Define the neighbor list3.2. Check HO areas3.3. Add sites in areas where
HO is not achieved
Per Clutter: Per Subscriber:
Per Polygons…
TETRA planning 4. Traffic planning4.1. Set the traffic requirements
Get the trafficmap
TETRA planning4. Traffic planning4.1. Set the traffic requirements4.2. Define the number of
channels and slots required per site
Introducing a new service within a current existing situationHow to avoid interferences ? Automatic Frequency Assignment
TETRA planning 5. Frequency plan optimization5.1. Automatic freq assignment
― Minimizing the interference areas between stations/services
― Optimizing the spectrum use by taking advantage of the terrain
TETRA planning 5. Frequency plan optimization5.1. Automatic freq assignment5.2. Optimize the spectrum used
Interference analysis on covered areasChecking the source of the interference on one point
Possible solutions to the problem :• Frequency plan validation• Coverage analysis/modification• Automatic frequency/polar
assignment
Optimizing the spectrum occupancyRe-using frequencies when possible and minimizing interference
TETRA planning 5. Frequency plan optimization5.1. Automatic freq assignment5.2. Optimize the spectrum used5.3. Check interference
In order to reduce interference levels without damaging coverage area
TETRA planning 6. Site parameter optimizing6.1. OptimizeTilt/Azimuth/Power
in order to reduce interference levels
Route planning functions
• Coverage maps / reports
• Handover maps / reports
• Network Interference: C/N+I maps
• Traffic maps
• …
Share network data (ICS online, Google Earth, HTZ spectrum,
GIS)
TETRA planning 7. Network performance analysis7.1. Coverage reports7.2. HO reports and maps7.3. Traffic maps, etc…
ATDI product range
ICS designerThe most comprehensive software for any kind
of radio network planning : TETRA, broadcasting, microwave, WiMax, LTE,
mobile, PMP, etc…
HTZ warfareThe Infrastructure and tactical electronic warfare
radio network planning tool ,adapted for new military concepts
ATDI product range
ICS managerThe most complete and efficient spectrum
management platform for national regulators
ICS map serverAdvanced software system designed to produce
and manage digital cartography
ATDI product range
HTZ spectrumThe First Collaborative Platform for Spectrum
Management, Spectrum Monitoring and Spectrum Engineering
ATDI SA
rue de l’Arcade, 75008 Paris FRANCE
Tel. +33 (0)1 53 30 81 41
Email: [email protected]
www.atdi.com
ATDI Inc.
1451 Dolley Madison Blvd., Suite 320 McLean,
VA 22101 USA
Tel. +1 (703) 848 47 50
Email: [email protected]
www.atdi.us.com
ATDI Ltd
16 High Holborn, London, WC1V 6BX, UK
Tel. +44 (1) 293 522 052
Email: [email protected]
www.atdi.co.uk
ATDI Iberica
Paseo Castellana 155, 3 C, 28046 Madrid, SPAIN
Tel :+34 986 045 050
Email: [email protected]
www.atdi.com
ATDI-LIS LLC
in partnership with LIS
Gmyri Str. 9-V, 6th Porch, Office 211, 02068 Kiev UKRAINE
Tel: +38 044 594 1343
Email: [email protected]
www.lissoft.com.ua
ATDI Pvt.Ltd
Kanara Business Centre, Ghatkopar, Mumbai,
400086 INDIA
Tel: +91 22 64539922
www.atdi.in
ATDI Sp. z.o.o
Warsaw (00-363) ul. Nowy Świat 54/56, POLAND
Tel +48 22 828 92 08
Email: [email protected]
www.atdi.pl
ATDI South Pacific PTY Ltd
#512, 7 Eden Park Drive, Macquarie Park NSW 2113AUSTRALIA
Tel: +61 (0)2 9213 2200
Email: [email protected]
www.atdi-pacific.com
ATDI Eurasia
Kuznetsky Most 4/3 bld 1, 125009
Moscow, RUSSIAN FEDERATION
Tel: +7 495 692 24 30
Email: [email protected]
www.atdi.ru
ATDI Singapore
Representative bureau
Contact [email protected]