Outputs are splitted into two sections :
Prediction result type → per transmitter
Computation result type → for whole network simulation
Predictions result type
These results can be accessible per transmitter prediction.
|
Field |
Description |
Unit |
Range value |
|---|---|---|---|
|
RECEIVED_POWER |
Total received power. One value per pixel |
dBm |
]-∞ ; +∞[ |
|
Specific value: |
|||
|
-999: Volcano invalid value |
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|
-9998: Volcano understhreshold value |
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|
-9999: Volcano not required value |
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|
-10000: Volcano undefined value |
|||
|
VERTICAL_EMITTING_ANGLE |
Elevation of the mean emitting direction (Top: - 90°, Bottom: 90°) |
Degrees |
[-90 ; 90[ |
|
VERTICAL_ARRIVAL_ANGLE |
Elevation of the mean arrival direction (Top: - 90°, Bottom: 90°) |
Degrees |
[–90 ; 90[ |
|
HORIZONTAL_EMITTING_ANGLE |
Azimuth of the mean departure direction (North: 0°, West: -90°) |
Degrees |
[0 ; 360[ |
|
HORIZONTAL_ARRIVAL_ANGLE |
Azimuth of the mean arrival direction (North: 0°, West: -90°) |
Degrees |
[0 ; 360[ |
|
OPTICAL_VISIBILITY |
Indicates the presence of an obstacle between the transmitter and the receiver |
Integer |
0: No line of sight |
|
1: Line of sight |
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|
2: No line of sight due to vegetation |
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|
-1: Invalid |
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|
-2: Not required |
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|
VRF |
Volcano Result File. Allow to download also Volcano Input File. |
|
Volcano Information in XML description. |
|
CLUTTER_TYPE |
Type of clutter used |
|
More informations contained in Volcano for Network Design Reference Guide |
|
RAY_NUMBER |
Number of predicted paths (incl. the direct path) |
|
[0; +∞[ |
|
DISTANCE |
Direct straight path between emitter and receiver |
Meters |
[0; +∞[ |
|
VERTICAL_CUT |
png file describing vertical profile |
png file |
|
Computation results type
These results can be available for system simulation, aggregating several transmitter predictions.
Custom computation
|
Field |
Description |
Unit |
Range value |
|---|---|---|---|
|
DL_BEST_SIGNAL |
Composite map giving for each pixel the value of the strongest signal |
dBm |
]-∞;+∞[ |
|
BEST_SERVER |
Composite map giving for each pixel the transmitter id related to the value of the strongest signal |
Integer |
[0;+∞[ |
|
DL_SINR |
Composite map giving for each pixel the value of the Physical Downlink Shared Channel Signal-to-Interference-plus-Noise Ratio in SINRComputationMode Regular mode, and Reference Signal level on SINRComputationMode Advanced mode (see Bloonet Web Services configuration details to configure the SINRComputationMode) |
dB |
]-∞;+∞[ |
|
OPTICAL_VISIBILITY |
Composite map giving for each pixel the presence of an obstacle between the transmitter and the receiver |
Integer |
0: No line of sight |
|
1: Line of sight |
|||
|
2: No line of sight due to vegetation |
|||
|
-1: Invalid |
|||
|
-2: Not required |
|||
|
VERTICAL_CUT |
png file with vertical profile description |
png file |
|
4G computation
|
Field |
Description |
Unit |
Range value |
|---|---|---|---|
|
DL_BEST_RSRP |
Composite map giving for each pixel the value of the strongest Reference Signal Received Power (RSRP) |
dBm |
]-∞;+∞[ |
|
DL_SINR |
Composite map giving for each pixel the value of the Physical Downlink Shared Channel Signal-to-Interference-plus-Noise Ratio in SINRComputationMode Regular mode, and Reference Signal level on SINRComputationMode Advanced mode (see Bloonet Web Services configuration details to configure the SINRComputationMode) |
dB |
]-∞;+∞[ |
|
BEST_SERVER |
Composite map giving for each pixel the transmitter id related to the strongest Reference Signal Received Power (RSRP) |
dB |
]-∞;+∞[ |
|
OPTICAL_VISIBILITY |
Composite map giving for each pixel the presence of an obstacle between the transmitter and the receiver |
Integer |
0: No line of sight |
|
1: Line of sight |
|||
|
2: No line of sight due to vegetation |
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|
-1: Invalid |
|||
|
-2: Not required |
|||
|
RSSI |
Composite map giving for each pixel the value of the Received Signal Strength Indicator (RSSI) |
dBm |
]-∞;+∞[ |
|
Only available on SINRComputationMode Advanced mode (see Bloonet Web Services configuration details to configure the SINRComputationMode) |
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|
RSRQ |
Composite map giving for each pixel the value of the Reference Signal Received Quality (RSRQ) |
dB |
]-∞;0[ |
|
Only available on SINRComputationMode Advanced mode (see Bloonet Web Services configuration details to configure the SINRComputationMode) |
5G computation
|
Field |
Description |
Unit |
Range value |
|---|---|---|---|
|
DL_BEST_SS_RSRP |
Composite map giving for each pixel the value of the strongest Synchronization Signal - Reference Signal Received Power (SS-RSRP) |
dBm |
]-∞;+∞[ |
|
DL_SS_SINR |
Composite map giving for each pixel the value of the Synchronization Signal Signal-to-Interference-plus-Noise Ratio |
dB |
[0;+∞[ |
|
DL_BEST_CSI_RSRP |
Composite map giving for each pixel the value of the strongest Channel State Information - Reference Signal Received Power (CSI-RSRP) |
dBm |
]-∞;+∞[ |
|
DL_CSI_SINR |
Composite map giving for each pixel the value of the Channel State Information - Signal-to-Interference-plus-Noise Ratio (CSI-SINR) |
dB |
]-∞;+∞[ |
|
BEST_SERVER |
Composite map giving for each pixel the transmitter id related to the Strongest Synchronization Signal Reference Signal Received Power |
Integer |
[0;+∞[ |
|
DL_SS_CSI_RSRP_PER_BEAM_PER_CELL |
Allow to download SS and CSI RSRP computation per beam and per cell |
dBm |
]-∞;+∞[ |
|
BEST_DL_SS_CSI_RSRP_PER_BEAM_PER_CELL |
Allow to download the best beam RSRP per cell result for CSI-RS and SSB channels… |
dBm |
]-∞;+∞[ |
|
…and the best beam index per cell result for CSI-RS and SSB channels |
Integer |
[0;+∞[ |
|
|
OPTICAL_VISIBILITY |
Composite map giving for each pixel the presence of an obstacle between the transmitter and the receiver |
Integer |
0: No line of sight |
|
1: Line of sight |
|||
|
2: No line of sight due to vegetation |
|||
|
-1: Invalid |
|||
|
-2: Not required |