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AI for Good Innovate for Impact
Use Case 18: GIS-Integrated Digital Twin for 5G/6G Energy
Efficient Base Station 4.3 - 5G
Organization: Amrita University
Country: India
Contact Person(s):
Prof. Sangeeth Kumar, sangeethk@ am .amrita .edu
Prof. Sethu Rao, sethu@ am .amrita .edu
1 Use Case Summary Table
Item Details
Category 5G
Base stations or cell towers account for 60% to 80% of the total power
consumption in a telecom network. Static 5G base station planning leads
Problem Addressed
to energy waste due to signal loss, retransmissions, congestion, and poor
performance in dynamic urban environments.
Key Aspects of Solu- GIS-based AI Digital Twins of 5G base stations enable low-carbon, ener-
tion gy-efficient 5G networks through real-time optimization.
Technology GIS-Based 5G/6G Base stations, ArcGIS, AI assisted Digital Twin, Low-Car-
Keywords bon Infrastructure, Genetic Algorithms (GA).
OpenRAN
Data Availability Public data from OpenRAN deployment logs and performance traces;
additional simulation data from ArcGIS integration.
Metadata (Type of
Data) Network Traffic
Model Training and
Fine-Tuning Genetic Algorithms (GA), Proximal Policy Optimization (PPO)
Testbeds or Pilot OpenRAN based 5G Network
Deployments
Code repositories N/A
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