Embedded Files
This is one of the sample experiments for Ericsson 5G network.
Note to the Experimenters:
Ericsson experiments are Non-Canonical experiments, meaning they don't follow the Canonical experiments model with Development or Emulation mode, so the experimenters are required to follow the procedure as described in Section 2.10 for Ericsson experiments.
1) Sample Experiment
Experiment Objective: The main goal of this experiment is to measure the 5G network performance for Ping traffic along a preplanned vehicle trajectory using a 5G device. For this experiment a portable node with a 5G UE modem mounted on an UAV shall be used to run a Ping application and collect the logs along the preprogrammed vehicle trajectory. The Ping can be from the UE to a server in the AERPAW network. At the end of the experiment, Ping traffic logs will be collected and provided for post-processing.
HW Resources: This experiment shall use the following resources:
Ericsson 5G NSA Network
Quectel modem SPN as APRN
CC1 as AFN (for Ping traffic)
A SAM UAV
Traffic type: Ping
Vehicle plan file: Default plan file PF6
Expected output log files:
Traffic log files: Ping_log.txt
Note: This is a sample for the type of information an Experimenter is expected to provide in the AERPAW Experiment Information Request Form.
2) Test Description
Ericsson 5G Testbed comprises of a Portable node with Quectel 5G modem connected to the Ericsson 5G base station. The experiment sets up an RF link between the eNB/gNB on the Ericsson 5G network and an UE on the Portable node. On powering on the portable node, the UE attaches to the 5G network. but then at the start of an experiment the SPN starts the Traffic script for the Ping application and starts recording the results. The ping application in the portable node uses the AFN in CC1 as the server to ping. At the end of the experiment, the recorded data shall be available in the Results folder.
The network is already preconfigured and the portable node is pre-programmed to capture default parameters, so the user is not required to do anything.
Preconfigured 5G network configuration:
Preconfigured 5G network configuration:
The 5G network radios supports band n78 for NR carrier operating in 3.3 - 3.5 GHz frequency band and band 66 for LTE carrier operating in 1.7/2.1 GHz frequency band. The 5G NSA network is pre-configured as in Section 4.1.6.
Preparing Vehicle plan file
This experiment uses a plan file PF6 given in Section 3.1.2.2. as shown here with the following parameters -
30m altitude, 5 m/s speed, 1278 m distance, zigzag flight path.
There are more sample vehicle mission plan files available here to choose from. In that case, the experimenter specifies the mission plan file that they would like to use in the AERPAW Experiment Information Request Form.
Alternatively, the experimenter can create their own mission plan file by following the procedure given in Section 3.1.2, and submit it by sending it to AERPAW Ops email id aerpaw-operations@ncsu.edu.
Preparing Traffic file
This experiment uses a ping traffic. The Traffic script in the Portable node pings the CC1 AFN.
3) Preparing and Running an Experiment on the Testbed:
As a preparation to run the experiment on the testbed, the radio script for Quectel modem, traffic script for Ping and the vehicle plan files are copied to appropriate folder files in the portable node E-VM.
At the start of the experiment, the quectel modem gets connected to the Ericsson 5G network, and the AT&T modem is connected to AT&T network. Like a regular UE, the modem in the SPN does a cell search to find a suitable cell, and initiates the registration procedure to attach to the Ericsson 5G network. After attaching to the 5G network, the SPN (UE) camps on the serving cell. Once the SPN is ready, the experiment is started that starts the ping traffic and logging data for ping traffic into a file. The experiment continues with the UAV flight as planned in the vehicle plan file, and the logging of the data continues till the end flight. In the end, the experiment is stopped, that stops logging of the data.
4) Results:
The experiment generates timestamped measurement logs under the /root/Results folder. There are two different types of data are logged: Traffic log and the vehicle flight log.
The Results folder will have these log files:
Vehicle logging
yyyy-mm-dd_hh_mm_ss_vehicle_log.txt
yyyy-mm-dd_hh_mm_ss _vehicleOut.txt
Traffic logging
Ping_log_yyyy_mm_dd_hh_mm_ss.log.txt
Sample log file output
Ping traffic output (from Ping_log.txt)
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