- 2
- 3
- 3d[1]
- tab[1]
- 3D antenna pattern[1][2]
- 3db angle of major lobe[1]
- 3dB angle of side lobe[1]
- 3D intelligent ray-tracing[1]
- 3D intelligent ray tracing ( IRT )[1]
- 3D intelligent ray tracing model ( IRT ) - with preprocessed data[1]
- 3D model of scenario[1]
- 3D pattern
- 3D ray tracing (SRT) model[1][2][3][4][5]
- 3D view[1][2][3]
- display settings[1]
- 3G[1][2]
- 3d[1]
- 5
- 8
- .
- A
- AC_LayerInfo (data structure)[1]
- acre[1]
- add
- Additional callback defines[1]
- aerial photograph[1]
- scale[1]
- air
- air interface[1][2]
- algorithm
- AMan[1][2][3][4]
- analysis
- Monte Carlo[1]
- angled prediction plane[1]
- angular profile[1]
- antenna
- antenna 741 794[1]
- antenna 741 984[1]
- antenna 742 211[1]
- antenna arm[1]
- antenna array[1]
- antenna parameter[1]
- antenna pattern[1][2][3][4]
- antenna pattern mathematical description[1]
- antenna pattern type[1]
- antenna radiation pattern[1]
- antenna settings[1]
- antenna site[1][2][3][4][5][6][7][8][9]
- antenna system[1][2][3]
- antenna transmit power[1]
- appendEnv(variable name, value, delimReq)[1]
- application programming interface (API)[1]
- arbitrary prediction plane[1]
- area
- area of simulation[1]
- arithmetic mean (AM)[1]
- arm[1][2]
- ASCII file[1]
- ASCII import
- file[1]
- automatic
- distribution[1]
- B
- C
- calculate gain
- single direction[1]
- calibration[1][2]
- propagation models[1]
- calibration settings[1]
- Callback functions[1]
- Callbacks for simulation progress[1]
- carrier[1][2][3]
- carrier assignment[1][2][3][4]
- carriers number of received[1]
- car to car communication[1]
- car to infrastructure communication[1]
- CDF[1][2]
- cdma[1][2]
- CDMA EVDO[1]
- cell[1][2][3][4][5][6][7][8][9]
- cell area[1]
- cell assignment[1]
- cell parameters[1]
- cell phone reception[1]
- change unit[1]
- channel characteristic[1]
- channel impulse response[1]
- chirp duration[1]
- cluster
- classes[1]
- clutter[1]
- CLUTTER_CLASS (data structure)[1]
- CLUTTER (data structure)[1]
- clutter data[1]
- clutter data conversion[1]
- clutter data generation[1]
- clutter toolbar[1]
- CMake[1][2][3]
- CMakeLists.txt[1][2][3]
- CNP[1]
- coding[1][2][3]
- color
- palette[1]
- combined indoor / urban propagation[1]
- combined network planning (CNP)[1]
- combined urban/indoor scenario[1]
- command line interface (CLI[1]
- compare
- prediction[1]
- compile
- executable[1]
- COMPLEX_VALUE (data structure)[1]
- CompoMan[1][2]
- component[1]
- database[1]
- component database[1]
- components
- tab[1]
- component toolbar[1]
- computation[1]
- computation settings[1][2][3]
- computation time
- compute method[1][2][3][4][5][6][7][8][9]
- configuration[1]
- confirm
- constant level model[1]
- control panel[1]
- conversion[1]
- conversion algorithm[1]
- convert
- coordinates
- COORDPOINT (data structure)[1]
- COST 231[1]
- COST 231 - extended Walfisch-Ikegami model[1][2][3]
- COST 231 Walfisch-Ikegami[1][2]
- COST-Walfisch_Ikegami[1][2]
- COST-Walfisch-Ikegami
- model[1]
- courtyard[1][2]
- create
- cross section
- cicular[1]
- cross-section[1]
- cross section rectangular[1]
- cumulated probability density function (CDF)[1][2]
- cut plane[1]
- calculate gain
- D
- data
- database[1][2]
- database area[1][2]
- Database Conversion[1]
- database polygon[1][2]
- Database Preprocessing for Indoor IRT[1]
- Database Preprocessing for Urban IRT[1]
- Database Preprocessing for Urban IRT (CNP scenario)[1]
- datum conversion[1]
- default
- default material[1]
- default value[1]
- Defines and constants[1][2][3][4][5][6]
- Defines of ray paths.[1]
- deterministic
- multi-path[1]
- deterministic two ray model ( DTR )[1][2]
- diffraction[1][2]
- digital video broadcasting (DVB)[1]
- directivity[1][2]
- directory[1]
- display[1]
- display options[1][2]
- display settings[1][2]
- 3D view[1]
- distributed[1]
- document conventions[1]
- dominant path[1][2][3]
- dominant path model[1][2][3][4][5][6][7][8]
- dominant path model ( DPM )[1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19][20][21][22][23][24][25][26][27][28][29]
- door[1][2]
- Doppler
- Doppler analysis[1]
- Doppler heat map[1]
- Doppler shift[1]
- Doppler shift (3D)[1]
- downlink[1]
- downlink and uplink[1]
- DPM[1][2][3]
- DPM ( DPM )[1]
- draw
- drawing tools[1]
- DVB-H[1]
- DVB-T[1]
- DVB-T2[1]
- E
- edit[1]
- Edit project parameter dialog
- edit toolbar[1]
- effective area[1]
- electric field strength[1]
- ellipsoid[1]
- Ellipsoid coordinate systems[1]
- EMC[1]
- result[1]
- EMF
- result[1]
- empirical
- model[1]
- empirical coefficients[1]
- empirical two-ray model ( ETR )[1][2][3]
- envelope
- generate[1]
- environment variable[1]
- equivalent radiation angle[1]
- Error codes[1]
- evaluation area[1]
- example
- example prerequisite[1][2][3][4][5]
- EXP[1]
- exponential decrease model[1]
- exponential interpolation (EXP)[1]
- export[1]
- export data[1][2]
- export file
- ASCII[1]
- export grid
- ASC[1]
- exposure limits[1]
- external site[1]
- F
- factory[1]
- FAQs[1]
- far field[1]
- fdd[1]
- FDMA[1][2]
- feedback[1]
- feeder
- cable[1]
- Feko[1][2][3][4][5][6][7][8]
- FEKO_USER_ENV_INIFILE[1]
- FEKOenvironment.lua[1]
- FEKOenvironmentFromSetup.lua[1]
- FIELD_VECTORS (data structure)[1]
- field strength isotropic radiator[1]
- field strength of configuration[1]
- file
- file extension
- result type[1]
- file format[1]
- File name defines[1]
- files
- file type[1]
- fill object[1][2]
- fixed[1]
- floor[1]
- loss[1]
- FMCW Radar Postprocessing in Time-variant Indoor Scenarios[1]
- FMCW radar signal processing[1]
- folder
- forest[1]
- Fourier transformations[1]
- FREQUENCY_LOSS (data structure)[1]
- frequency division duplex[1]
- frequency-modulated continuous wave (FMCW)[1]
- frequently asked questions (FAQs[1]
- Fresnel equations[1]
- Fresnel zone[1]
- Functions[1][2]
- Functions for Allocating Structs[1]
- Functions for Buildings[1]
- Functions for Clutter[1]
- Functions for database pre-processing[1]
- Functions for Freeing Allocated Structs[1]
- Functions for Initialisation of Structures[1]
- Functions for Materials[1]
- Functions for Topography[1]
- Functions for walls[1]
- Functions for Wave Propagation Computation[1]
- G
- gain[1]
- gain selected direction[1]
- general
- settings[1]
- generate
- geodetic coordinates[1]
- geometry
- geo-reference
- image[1]
- geo referenced[1]
- geostationary[1][2][3]
- satellite[1]
- getEnv(variable name, getExpanded)[1]
- Google Earth[1]
- GPS[1][2]
- satellite[1]
- graphical user interface (GUI)[1][2]
- graphical wall[1]
- grid[1][2]
- grid size[1]
- GUI
- H
- I
- import[1]
- import data[1]
- prediction[1]
- include
- receiver antenna pattern[1]
- individual beam pattern[1]
- indoor[1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17]
- indoor 3D object[1]
- INDOOR_WALL (data structure)[1]
- INDOOR_WALLS (data structure)[1]
- indoor database[1][2][3][4]
- triangulate object[1]
- indoor LEGO tool[1]
- indoor lego toolbar[1]
- indoor propagation[1][2]
- Indoor Propagation in Point Mode[1]
- indoor scenario[1][2][3]
- indoor vector database[1]
- information dialog[1]
- Initialisation Functions[1]
- integration
- post-processing tools[1]
- intelligent
- intelligent ray-tracing[1][2][3][4][5]
- intelligent ray tracing model ( IRT )[1][2][3][4][5]
- Intel MPI[1]
- interface[1]
- INTERFACE_CORNER (data structure)[1]
- INTERFACE_MATERIAL (data structure)[1]
- interference ratio[1]
- interior wall[1]
- introduction[1]
- IoT[1]
- IRT[1][2][3][4]
- isotropic radiator[1]
- isotropic radiator reference[1]
- ITU P.1546[1]
- ITU-R P.1411[1]
- 3D intelligent ray-tracing
- 3D intelligent ray-tracing[1]
- 3D intelligent ray-tracing
- K
- L
- land usage[1]
- raster data[1]
- land usage data[1]
- large database[1][2]
- launch
- Launcher utility[1][2][3][4][5][6][7][8]
- launch Feko[1]
- layout
- tab[1]
- leaky feeder
- cable[1]
- leaky feeder cable[1]
- model[1]
- legend[1][2]
- tab[1]
- length
- character path[1]
- line-of-sight (LOS)[1]
- Linux[1]
- load pattern from file[1]
- local
- settings[1]
- local update repository
- long range wide-area network[1]
- LoRaWAN[1]
- LOS)[1]
- LOS-V[1]
- LTE[1][2][3][4][5][6][7][8]
- land usage[1]
- M
- main applications
- main beam[1]
- major lobe[1]
- marked object[1]
- marker
- balloon[1]
- marker point[1]
- MASC[1][2][3][4]
- start calculation[1]
- MASC module[1]
- MASC module
- concept[1]
- MASC module
- MASC project settings
- masking tool[1]
- mast[1][2]
- mast configuration[1]
- material[1]
- MATERIAL (data structure)[1]
- MATERIALBAND (data structure)[1]
- material description[1]
- material properties
- database[1]
- material property[1][2][3]
- MATERIALS (data structure)[1]
- material table[1]
- mathematical operations[1]
- matrix[1]
- maximum
- character path length[1]
- measurement data[1]
- measurements[1]
- method
- Microsoft Visual Studio[1][2][3][4][5]
- mile
- nautical[1]
- MIMO[1][2][3][4][5][6][7][8][9][10]
- MIMO example[1]
- MIMO site[1]
- mobile[1][2]
- Mobile Station Post-processing (RunMS) in Urban Scenarios[1]
- model
- 3D intelligent ray-tracing[1]
- building[1][2]
- COST 231 - extended Walfisch-Ikegami model[1]
- COST-multi-wall[1]
- deterministic two ray[1]
- dominant path[1][2][3][4]
- empirical two ray (ETR)[1]
- Hata - extended[1]
- ITU P.1546[1][2]
- knife edge[1]
- Longley-Rice[1]
- modified free space[1]
- Motley-Keenan[1]
- Okumura-Hata[1]
- one slope[1]
- parabolic equation (PE)[1]
- rural ray-tracing[1]
- shooting and bouncing rays[1][2]
- standard ray-tracing[1][2]
- urban propagation model[1]
- Model_COST (data structure)[1]
- Model_DetTwoRay (data structure)[1]
- Model_DPM (data structure)[1]
- Model_FREESPACE (data structure)[1]
- Model_MOTLEYKEENAN (data structure)[1]
- Model_RAYTRACING (data structure)[1]
- Model_RuralITM (data structure)[1]
- Model_RuralITU526 (data structure)[1]
- Model_RuralITU1546 (data structure)[1]
- Model_RuralPE (data structure)[1]
- Model_UrbanIRT (data structure)[1]
- Model_UrbanITU1411 (data structure)[1]
- Model_VRT (data structure)[1]
- modification[1]
- modified free space
- model[1]
- modify shape[1]
- modulation[1][2][3]
- modulation and coding[1]
- Monte Carlo[1][2]
- Monte Carlo analysis for 5G[1]
- morpho database[1]
- morphological
- property[1]
- Motley-Keenan
- move[1]
- MPI[1]
- multi-layer[1]
- multipath
- multiple antenna scenario configuration[1][2]
- multiple antenna scenario configuration (MASC)[1]
- multiple diffraction[1]
- multiple-input multiple-output[1][2]
- multi service maps[1]
- multi-story[1]
- Multi-threaded Network Planning[1]
- Multi-threaded Outdoor Propagation[1]
- multi-wall model (COST 231)[1][2][3][4][5]
- N
- nautical mile[1]
- navigate
- 2D view[1]
- navigation[1]
- near field[1]
- network analysis
- 5G[1]
- network planning[1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19][20]
- Network planning functions[1]
- Network planning with 5G TDD[1]
- network project[1]
- network simulation[1]
- type[1]
- new
- project[1]
- newFASANT[1][2][3][4][5]
- launch[1]
- new project
- NLOS[1]
- NLOS-V[1]
- non-horizontal
- prediction planes[1]
- non-line-of-sight (NLOS)[1]
- O
- P
- pan[1][2]
- parabolic equation
- parallel processing[1]
- Path
- environment variable[1]
- path class[1]
- path length[1]
- path loss[1]
- path selection
- criteria[1]
- pdf[1]
- penetration[1]
- penetration and absorption[1]
- penetration loss[1][2]
- photo[1]
- photograph[1]
- photos[1]
- pixel
- pixel-based database[1]
- plane
- prediction[1]
- PLANEPOINT (data structure)[1]
- planning
- network[1]
- plot
- BER[1]
- point
- show name[1]
- polarization[1]
- POSTFEKO[1][2]
- power
- power density[1]
- prediction[1]
- prediction area[1][2]
- prediction plane[1][2]
- prediction request[1][2][3][4]
- prediction result[1][2][3][4][5][6][7][8][9][10]
- prediction results[1]
- prependEnv(variable name, value, delimReq)[1]
- preprocessing[1]
- preprocessing toolbar[1]
- priority[1]
- processing
- para[1]
- project
- Project Management Functions[1]
- project settings[1][2][3][4]
- project toolbar[1]
- ProMan[1][2][3][4][5][6]
- ProMan interface
- user[1]
- propagation
- Propagation in Rural Scenarios[1]
- propagation manager ( ProMan )[1]
- propagation path[1]
- propagation project[1]
- propagation simulation[1]
- properties
- antenna[1]
- Q
- quasi-omni configuration[1]
- R
- RADAR antenna[1]
- radar cross-section (RCS)[1][2]
- RADHAZ[1]
- radiation
- single point[1]
- radio channel[1]
- radome[1]
- raster data
- coordinate system[1]
- ray[1][2]
- ray data[1]
- ray launching[1]
- ray-optical
- model[1]
- ray-tracing[1]
- RCS
- import from Feko[1]
- RCS_PARA (data structure)[1]
- receiver antenna pattern[1]
- receiving antenna[1]
- reflection
- coefficient[1]
- reflection loss[1][2]
- replacement obstacle[1]
- report
- request
- resolution
- result
- results
- raster data[1]
- result type
- file extension[1]
- rotate
- indoor database[1]
- roughness[1]
- run
- rural[1][2][3][4][5][6][7][8][9][10][11][12]
- rural 3D object[1]
- rural/suburban[1]
- rural / suburban propagation[1]
- Rural Dominant Path
- Model[1]
- rural project[1][2][3][4][5][6]
- rural ray tracing ( RRT )[1]
- rural suburban
- database[1]
- S
- satellite[1][2][3][4]
- save
- scale
- scattering[1]
- scenario[1]
- time-variant[1]
- scripting[1]
- segment group[1]
- setEnv(variable name, value, forceOverwrite)[1]
- settings
- main[1]
- set up
- shortcut[1][2][3][4]
- side lobe[1]
- signal area[1]
- signal level plan
- export[1]
- signal levels[1]
- signal-to-noise[1][2]
- simulation
- simulation parameter[1]
- simulation settings
- SISO[1]
- site[1][2]
- site and transmitter data[1]
- site area[1]
- SNIR[1][2]
- SOFDMA[1][2]
- spatial impulse response[1]
- specify
- coordinates[1]
- specular
- reflection[1]
- SRT[1]
- standard ray tracing model[1]
- standard ray tracing model ( SRT )[1][2][3]
- standard toolbar[1][2]
- standard wall[1]
- start
- static simulation[1]
- status bar[1]
- status toolbar[1]
- sub-arm[1]
- subtract
- result[1]
- suburban[1][2][3][4][5][6]
- propagation model[1]
- superposition of rays[1]
- T
- tdd[1]
- tdma[1][2]
- terrain
- TETRA[1][2]
- theory[1]
- tilt[1]
- time
- time dependent[1]
- time division duplex[1]
- time division multiple access[1]
- time step[1]
- time-variant[1][2][3][4][5][6][7]
- Time-variant Indoor Propagation[1]
- time-variant obstacle[1]
- time-variant scenario[1]
- tool
- toolbar
- topographical data[1][2]
- topographical database[1][2]
- topography[1][2][3][4][5]
- TOPOGRAPHY (data structure)[1]
- topography triangle[1]
- tower[1]
- traffic[1][2]
- traffic analysis[1]
- traffic setting[1][2][3]
- traffic settings[1][2]
- trajectory[1]
- transmission[1]
- transmission loss[1][2][3]
- transmitter[1][2][3]
- tree view[1]
- triangulate object[1]
- trim
- tool[1]
- tube[1]
- TuMan[1][2][3][4][5]
- run from command line[1]
- tunnel[1][2]
- tunnel geometry[1]
- tunnel modeling[1]
- tunnel propagation[1]
- tx
- power[1]
- type
- network simulation[1]
- U
- ultra-wide band[1]
- unit[1]
- Universal Transverse Mercator (UTM) system[1]
- update
- updater[1]
- urban[1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16]
- URBAN_BUILDING (data structure)[1]
- URBAN_BUILDINGS (data structure)[1]
- urban buildings[1]
- urban database[1][2]
- convert[1]
- urban propagation[1]
- utility toolbar[1]
- UTM coordinates[1]
- UWB[1]
- V
- W
- Walfisch-Ikegami[1]
- wall[1][2][3]
- wall configuration[1]
- WallMan[1][2][3][4][5][6][7][8][9][10]
- wall type[1]
- water[1]
- wave propagation
- MASC[1]
- WCDMA[1][2]
- wedge[1]
- weighted bilinear interpolation (WBI)[1]
- wi-fi router[1]
- WiMAX[1][2][3][4][5]
- window[1]
- Windows[1]
- WinProp
- WinProp_Additional_Freq_Loss (data structure)[1]
- WinProp_Additional (data structure)[1]
- WinProp_Antenna_Area (data structure)[1]
- WinProp_Antenna_Array (data structure)[1]
- WinProp_Antenna (data structure)[1]
- WinProp_Area (data structure)[1]
- WinProp_AreaPlane (data structure)[1]
- WinProp_Calib_DPM (data structure)[1]
- WinProp_Callback (data structure)[1]
- WinProp_Carrier (data structure)[1]
- WinProp_Convert_Beams (data structure)[1]
- WinProp_Converter (data structure)[1]
- WinProp_Coverage_Para (data structure)[1]
- WinProp_Dynamic_Antenna (data structure)[1]
- WinProp_Dynamic_Sets (data structure)[1]
- WinProp_FMCW_Para (data structure)[1]
- WinProp_FMCW_Radar[1]
- WinProp_Generate_Beams (data structure)[1]
- WinProp_Group_Dynamics (data structure)[1]
- WinProp_Legend (data structure)[1]
- WinProp_Measurement (data structure)[1]
- WinProp_MeasurementPoint (data structure)[1]
- WinProp_Measurements (data structure)[1]
- WinProp_MonteCarloStatistics (data structure)[1]
- WinProp_MS_AdditionalResults (data structure)[1]
- WinProp_MS_Para (data structure)[1]
- WinProp_ParaHybrid (data structure)[1]
- WinProp_ParaMain (data structure)[1]
- WinProp_ParaRural (data structure)[1]
- WinProp_Pattern (data structure)[1]
- WinProp_Polygon (data structure)[1]
- WinProp_PrePro (data structure)[1]
- WinProp_PreProUrban (data structure)[1]
- WinProp_Propagation_Results (data structure)[1]
- WinProp_Ray (data structure)[1]
- WinProp_RayInteraction (data structure)[1]
- WinProp_RayMatrix (data structure)[1]
- WinProp_RayMatrixElement (data structure)[1]
- WinProp_RayMatrixList (data structure)[1]
- WinProp_Receiver (data structure)[1]
- WinProp_Result_2 (data structure)[1]
- WinProp_Result (data structure)[1]
- WinProp_ResultMonteCarlo (data structure)[1]
- WinProp_ResultPlane (data structure)[1]
- WinProp_ResultPlaneList (data structure)[1]
- WinProp_ResultPoint (data structure)[1]
- WinProp_ResultPointsList (data structure)[1]
- WinProp_ResultTrajectory (data structure)[1]
- WinProp_ResultTrajectoryList (data structure)[1]
- WinProp_SamplingPoint (data structure)[1]
- WinProp_Scenario (data structure)[1]
- WinProp_SuperposeMS[1]
- WinProp_Surveydata (data structure)[1]
- WinProp_Trajectory_Point (data structure)[1]
- WinProp_Trajectory_Sample (data structure)[1]
- WinProp_Trajectory (data structure)[1]
- WinProp_TransmitterLoad (data structure)[1]
- WinPropCLI[1]
- WinProp command line interface (CLI)[1]
- wireless standards[1]
- workflow[1][2][3]
- WRAP
- launch[1]
- Z