RANFusion Simulator is a tool designed to simulate the behavior and performance of 5G network components. Our simulator offers a detailed framework to test and analyze various components of 5G technology, including the RAN functionalities, behavior, and performance of 5G networks, This version (1.0.0) focuses on handover processes.

• Initial UE Configuration

  

• Simulation Logs

  

• Command Line menu

  

• InfluxDB GUI for Performance Metrics

  

• Realistic RAN Simulation: Models 5G network elements and protocols accurately.
• Multi-Support: For multiple gNodeB, Cells, Sectors, and UEs.
• API Enabled: To add, remove, and update UEs with parameters.
• CLI/CD Enabled: To see the state of each entity.
• Customizable Scenarios: For configuring various network scenarios.
• Supported Scenarios: Traffic generation for UEs and soft handover within gNodeB.
• Performance Metrics via InfluxDB: Comprehensive metrics for insightful 5G network analysis.

• Operating System: Windows
• Python: Version 3.x.
• Dependencies: Install InfluxDB and Libraries via pip install -r requirements.txt.

1. Clone the Repository: Obtain the project on your machine.
2. Navigate: Move to the project directory.
3. InfluxDB Make sure influxDB separately install on you machine
4. Setup: Execute setup.py and wait.
5. InfluxDB: Install and setup on your machine.
6. API Token: Get the API token from InfluxDB GUI (http://localhost:8086/).
7. Configure: Insert the token into setup.py.
8. Run: Start the simulation with main.py.
9. Send command via API: Start a new terminal and past a sample API like add or remove ue.

Explore RANFusion further in our documentation.(https://RANFusion.com/doc).

To remove a UE, for example, remove "UE10" from sector "AX1112-A1" :

Invoke-RestMethod -Uri 'http://localhost:5000/del_ue' -Method Post -ContentType 'application/json' -Body '{"ue_id": "ue10"}'

To stop a UE traffic, for example, stop "UE1" :

Invoke-RestMethod -Uri "http://localhost:5000/api/stop_ue_traffic" -Method Post -ContentType "application/json" -Body '{"ue_id": "ue1"}'

To update a UE parameter, for example, set "MaxBandwidth" of "UE10" to 150 :

Invoke-RestMethod -Method Post -ContentType "application/json" -Body '{
    "ue_id": "ue10",
    "MaxBandwidth": 150
}' -Uri http://localhost:5000/update_ue

To receive a UE metric, for example, "UE10" :

Invoke-RestMethod -Uri 'http://localhost:5000/ue_metrics?ue_id=10' -Method Get

To Remove all information inside the influx db:

Invoke-RestMethod -Uri "http://localhost:5000/flush_database" -Method Post -Headers @{"Content-Type"="application/json"} -Body '{"confirm":"yes"}'

To change a UE traffic, for example, "UE10" :

Invoke-RestMethod -Uri 'http://localhost:5000/set_traffic' -Method Post -ContentType 'application/json' -Body '{"ue_id": "5", "traffic_params": {"throughput": 30}}'

To add a UE for example add "UE11" to sector "AX1112-A1" :

Invoke-RestMethod -Uri 'http://localhost:5000/add_ue' -Method Post -ContentType 'application/json' -Body '{
  "ue_id": "42",
  "service_type": "data",
  "sector_id": "AX1112-A1",
  "gnodeb_id": "",
  "IMEI": "",
  "location": {
    "latitude": 42.2745,
    "longitude": -71.8064
  },
  "connectedCellID": "",
  "isMobile": "",
  "initialSignalStrength": 0.75,
  "rat": "NR",
  "maxBandwidth": 200,
  "duplexMode": "TDD",
  "txPower": 23,
  "modulation": [
    "QPSK"
  ],
  "coding": "LDPC",
  "mimo": "2x2",
  "processing": "Category 4",
  "bandwidthParts": [
    50
  ],
  "channelModel": "TDL-C",
  "velocity": 50,
  "direction": 135,
  "trafficModel": "Full Buffer",
  "schedulingRequests": true,
  "rlcMode": "AM",
  "snrThresholds": [
    18
  ],
  "hoMargin": 6,
  "n310": 1,
  "n311": 5,
  "model": "Iphon14 pro",
  "screensize": "6.12",
  "batterylevel": 80,
  "datasize": ""
}'