Atoll 2.8 User Guide
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Transcript of Atoll 2.8 User Guide
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Atoll 2.8User guide
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InstallationThere are 2 important to Install Atoll :
The master installation file is Atoll.us.2.8.0.2808.exe and Sx32w.dll is for license crackIts need 83 MB free space on your computerTo start installation process double click the Atoll.us.2.8.0.2808.exe
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Installation
The Welcome Setup Wizard for Atoll, click Next
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Installation
Then select the destination directory, click Next
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Installation
Select installation component, just keep default and click Next
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Installation
logon information user for the server, just keep default and click Next
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Installation
Then select location for start menu folder and click Next
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Installation
Installation list review and click install
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Installation
Atoll setup process, wait until its done
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Installation
Atoll 2.8 already installed and restart the computer by click Finish
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InstallationAfter restart the computer, copy the Sx32w.dll to C:\Program Files\Forsk\Atoll, then Atoll ready to use
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Atoll 2.8 windows preview
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Intro to AtollThe Toolbar Standard toolbar
Map toolbar
Microwave toolbar
Radio toolbar
Find toolbar
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Intro to AtollEvent Viewer
The workspace
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Intro to AtollExplorer WindowData
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Intro to AtollGeo
Modules
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Create New ProjectClick New on Atoll toolbar to start the new project
After that choose the network for the new project
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Create New ProjectExample use GSM GPRS EGPRS networksFirst to do is set the projection type for the network, and unit type (coordinates, length) Click Tools Options..Projection use :WGS 84/UTM zone 49SDisplay use:WGS 84 Degree format:-xx.xxxxx
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Create New Projectimport the digital map (UTM) to the workspaceDigital map is consist of clutter classes map, terrain (altitude data) map and vector mapTo do this click File Import
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Create New ProjectImport the clutter mapOpen the index file for clutter map
Choose clutter classes then OK
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Create New ProjectImport the terrains (altitude) mapOpen the index file for terrain map
Choose Altitudes then OK
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Create New ProjectImport the vector mapOpen the index file for vectors map
Choose Vectors then OK
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Create New ProjectWorkspace display the digital map
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Create New ProjectPropagation ModelIts Located at Modules tab on Data ExplorerUsually use Standard Propagation Model, with some tuning cause off the clutter type
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Create New ProjectTo create Urban Propagation Model, first is duplicate the Standard Propagation Model by right click on it then select DuplicateDouble Click on Copy of Standard Propagation Model to modify or tune the propagation modelThere are 3tab on it, General ( Propagation Name), Parameter (Setting The K1,K2,K3,K4,K5,K6,K7) and Clutter (determine the clutter losses)Here the SPM formula of atoll
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Create New ProjectSetting up the antenna, its locate in Data explorer at antenna tab, right click and choose new to add new antenna
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Create New ProjectAfter choose New Fill the Antenna Name and antenna Gain on General Tab
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Create New ProjectImport the Horizontal and Vertical Antenna Pattern
The Pattern is copy paste from excel
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Create New ProjectSetting up the feeder type, located in Data explorer, antennatransmitter right click, choose Equipment then Feeder Equipment, so fill the data
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Create New ProjectCreate site list database and the transmitter database.Site list format
Transmitter format
Please se the example on this file
site list
NameLongitudeLatitudeAltitude (m)CommentsOn AirClutter
102314106.79-6.590839[244]JabodetabekNominalSuburban
102315106.779344-6.591347[215]JabodetabekNominalSuburban
102316106.817-6.573989[204]JabodetabekNominalSuburban
102317106.761689-6.462261[132]JabodetabekNominalSuburban
102318106.851139-6.44875[117]JabodetabekNominalSuburban
102319107.011528-6.18025[6]JabodetabekNominalSuburban
102320106.9845-6.183278[6]JabodetabekNominalSuburban
transmitter
SiteTransmitterActiveDX (m)DY (m)AntennaHeight (m)Azimuth ()Mechanical Downtilt ()Additional Electrical Downtilt ()Cell typeFrequency bandHopping modeHCS layerMin range (m)Max range (m)EIRP (dBm)Power (dBm)Losses (dB)Feeder EquipmentTransmission Feeder Length (m)Miscellaneous transmission losses (dB)TMA EquipmentBTS EquipmentMain propagation modelMain calculation radius (m)Main resolution (m)Extended propagation modelExtended calculation radius (m)Extended resolution (m)Max number of TRXsRequired TRXsNumber of TRXsChannelsBCCHFreeze channels and MAIOBSIC domainBSICFreeze BSICFreeze HSNGPRS/EGPRSGPRS/EGPRS EquipmentMax number of coding schemes (unused)Codec EquipmentFN OffsetAFP WeightHexagon groupsHexagon radius (m)Max number of intra-technology neighboursMax number of inter-technology neighboursComments
102314102314A1001800_x_co_m45_02t306002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102314102314A2001800_x_co_m45_02t3018002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102314102314A3001800_x_co_m45_02t3030002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102315102315A1001800_x_co_m45_02t306002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102315102315A2001800_x_co_m45_02t3018002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102315102315A3001800_x_co_m45_02t3030002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102316102316A1001800_x_co_m45_02t306002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102316102316A2001800_x_co_m45_02t3018002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102316102316A3001800_x_co_m45_02t3030002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102317102317A1001800_x_co_m45_02t456002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.97/8504.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102317102317A2001800_x_co_m45_02t4518002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.97/8504.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102317102317A3001800_x_co_m45_02t4530002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.97/8504.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102318102318A1001800_x_co_m45_02t456002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.97/8504.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102318102318A2001800_x_co_m45_02t4518002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.97/8504.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102318102318A3001800_x_co_m45_02t4530002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.97/8504.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102319102319A1001800_x_co_m45_02t256002Macro Cell 1800GSM 1800Non HoppingMacro Layer466.747/8304.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102319102319A2001800_x_co_m45_02t2518002Macro Cell 1800GSM 1800Non HoppingMacro Layer466.747/8304.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102319102319A3001800_x_co_m45_02t2530002Macro Cell 1800GSM 1800Non HoppingMacro Layer466.747/8304.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102320102320A1001800_x_co_m45_02t306002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102320102320A2001800_x_co_m45_02t3018002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
102320102320A3001800_x_co_m45_02t3030002Macro Cell 1800GSM 1800Non HoppingMacro Layer467.037/8354.5Suburban15,000200(none)1640ALL BSICsGPRS 1800 TU50Adaptive Multi-Rate12,0002,000
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Create New ProjectSite list and transmitter database create from MS excel sheet, and to import to atoll workspace we just copy and paste to the database template After Paste to the template, we can see on the site is appear on workspace
Complete Create New Project
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Create Coverage PredictionAfter the Project File is created, now is time to make the Coverage PredictionTo create the coverage prediction right click prediction on Data Explorer, choose NewThey are 9 type coverage study
To see Rxlev simulation choose Coverage by Signal Level
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Create Coverage PredictionOn General Tab setting the Name and Resolution
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Create Coverage PredictionSetting the Condition
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Create Coverage PredictionSetting the coverage display (signal level range)
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Create Coverage PredictionAfter setting the prediction range, to create the coverage prediction right click Coverage by Signal Level on Prediction tab, and choose calculateFinish
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Thank You