DOI: 10.5281/zenodo.13710204
title: Static LoS

description: Measurements were performed in an environment where the user is at rest and does not move during data collection. Furthermore, in this scenario, there is a clear and direct line of sight between the user's terminal and the 5G network antenna, which means that there are no physical obstacles obstructing the signal between the device and the antenna. This scenario is important because it allows the performance of the 5G network to be evaluated under optimal signal conditions, where interference caused by obstacles such as buildings, trees or other physical elements is minimal or non-existent. By eliminating factors that could degrade signal quality, it is possible to more accurately analyze aspects such as speed, latency and reliability of the connection in an ideal environment.
description: VARIABLE



DESCRIPTION



RANGE/N_UNIQUEVALUES



MEAN



STD



TYPE



DEVI Battery charge
Amount of electrical energy that a battery is storing.
[25.0, 55.0]
39.8105
8.6588
numeric


DEVI Battery temperature
Temperature of the battery of a device.
[33.6, 43.1]
40.8264
2.1635
numeric


DEVI Device CPU usage
Percentage of the device's CPU (Central Processing Unit) that is being used at a given time.
[2.6, 48.5]
25.5104
9.8033
numeric


DEVI Device battery current
Measure of the electrical current flowing into or out of the battery of a device. It can be used to estimate the rate at which the battery is charging or discharging.
[0.0, 1.16]
0.6674
0.3011
numeric


CELLMEAS RSRP (pcell)
Reference Signal Received Power (RSRP) is a measure of the received power of the cell-specific reference signals from the serving cell.
[-58.4, -57.2]
-57.8107
0.1702
numeric


CELLMEAS RSRP (scell)
RSRP (scell) refers to the RSRP of the neighboring cells, measuring the received power of the cell-specific reference signals from these cells.
[-58.4, -57.2]
-57.8107
0.1702
numeric


CELLMEAS SINR (pcell)
Signal-to-Interference-plus-Noise Ratio (SINR) is a measure of the quality of the received signal from the serving cell.
[21.5, 22.4]
22.0088
0.1344
numeric


CELLMEAS SINR (scell)
SINR (scell) refers to the SINR of the neighboring cells, measuring the quality of the received signal from these cells.
[21.5, 22.4]
22.0088
0.1344
numeric


PHRATE PDSCH scheduled throughput
Maximum amount of data scheduled to be transmitted by the PDSCH (Physical Downlink Shared Channel) during a TTI (Transmission Time Interval).
[0.0, 412.0]
329.6313
164.0148
numeric


PHRATE PDSCH throughput
Actual amount of data that is successfully transmitted by the PDSCH during a TTI.
[0.0, 294.7]
218.9012
109.8345
numeric


PLAID PDSCH MCS CW0
Modulation and coding scheme (MCS) used for the first transport block (CW0) transmitted on the PDSCH (Physical Downlink Shared Channel).
[0.0, 27.0]
26.6751
2.9334
numeric


PLAID PDSCH PRBs
Number of physical resource blocks (PRBs) allocated to the PDSCH for transmission.
[32.0, 106.0]
105.9714
1.3902
numeric


PLAID PDSCH TBS CW0
Transport block size (TBS) of the first transport block (CW0) transmitted on the PDSCH.
[817.0, 25750.0]
25410.4800
2722.0930
numeric


PLAID PDSCH modulation CW0
Modulation scheme used for the first transport block (CW0) transmitted on the PDSCH.
5
-
-
string


PLAID PDSCH rank
Number of transmission layers used for the PDSCH transmission, indicating the spatial multiplexing capability of the channel.
[1.0, 4.0]
2.0000
0.0258
numeric


PLAID Slot utilization DL
Percentage of time slots in which the downlink channel is utilized for transmission.
[0.0, 71.6]
53.2053
26.6924
numeric


PLAIU PUSCH PRBs
Number of physical resource blocks (PRBs) allocated to the PUSCH (Physical Uplink Shared Channel) for transmission.
[32.0, 36.0]
32.0182
0.1451
numeric


PLAIU PUSCH TBS CW0
Transport block size (TBS) of the first transport block (CW0) transmitted on the PUSCH.
[116.0, 187.0]
116.1811
1.9551
numeric


PLAIU PUSCH modulation CW0
Modulation scheme used for the first transport block (CW0) transmitted on the PUSCH.
4
-
-
string


PLAIU Slot utilization UL
Percentage of time slots in which the uplink channel is utilized for transmission.
[9.1, 11.2]
10.0856
0.2399
numeric


MACRATE MAC downlink BLER
Block Error Rate (BLER) is a measure of the number of data blocks that were received with errors on the downlink MAC layer.
[0.0, 100.0]
0.2565
1.9048
numeric


MACRATE MAC downlink BLER 1st
BLER of the first transmission of a new data block on the downlink MAC layer.
[0.0, 100.0]
0.2565
1.9048
numeric


MACRATE MAC downlink block rate
Rate at which data blocks are received by the device from the network over the downlink MAC layer.
[0.0, 716.0]
532.0531
266.9244
numeric


MACRATE MAC downlink new blocks
Number of new data blocks received by the device over the downlink MAC layer.
[0.0, 715.0]
530.5903
266.1940
numeric


MACRATE MAC downlink scheduled throughput
Maximum amount of data that is scheduled to be transmitted by the MAC on the downlink during a TTI (Transmission Time Interval).
[0.0, 412.0]
328.6857
163.6060
numeric


MACRATE MAC downlink throughput
Rate at which data is successfully received by the device from the network over the downlink MAC layer.
[0.0, 294.3]
218.2901
109.5305
numeric


TXPC TX power
Power level at which the device is transmitting data.
[-3.7, 14.7]
0.5438
5.5121
numeric


TXPC TX power PUCCH
Power level at which the device is transmitting data on the Physical Uplink Control Channel (PUCCH).
[-7.6, -3.0]
-6.6929
1.5959
numeric


TXPC TX power PUSCH
Power level at which the device is transmitting data on the Physical Uplink Shared Channel (PUSCH).
[6.0, 15.1]
11.3334
2.3525
numeric


PHRATEU PUSCH scheduled throughput
Maximum amount of data that is scheduled to be transmitted by the PUSCH on the uplink during a TTI (Transmission Time Interval).
[1.9, 3.0]
1.9017
0.0275
numeric


PHRATEU PUSCH throughput
Rate at which data is successfully received by the network from the device over the uplink PUSCH.
[0.2, 0.3]
0.2001
0.0027
numeric


RLCRATE RLC downlink BLER
Block Error Rate (BLER) is a measure of the number of data blocks that were received with errors in the downlink RLC layer.
[0.0, 50.0]
0.0077
0.5754
numeric


RLCRATE RLC downlink block rate
Rate at which data blocks are received by the device from the network over the downlink RLC layer.
[0.0, 37251.0]
19221.7577
6923.7858
numeric


RLCRATE RLC downlink throughput
Rate at which data is successfully received by the device from the network over the downlink RLC layer.
[0.0, 291.5]
245.5504
82.5401
numeric


PDCPRATED PDCP downlink block rate
Rate at which data blocks are received by the device from the network over the downlink PDCP layer.
[0.0, 36344.0]
19124.0074
7047.2167
numeric


PDCPRATED PDCP downlink throughput
Rate at which data is successfully received by the device from the network over the downlink PDCP layer.
[0.0, 289.8]
243.4378
81.8643
numeric