The O-RAN Base Station Simulator is a comprehensive tool designed to simulate Open Radio Access Network (O-RAN) base stations. This simulator supports key features such as TV White Space (TVWS) and Massive-MIMO technologies, real-time optimization, and integration with machine learning models for enhanced network performance.

• API Gateway: Routes requests to appropriate backend services.
• Radio Unit (RU): Supports TVWS and Massive-MIMO technologies.
• Distributed Unit (DU): Implements real-time baseband processing functions.
• Centralized Unit - Control Plane (CU-CP): Manages control plane tasks like signaling and connection setup.
• Centralized Unit - User Plane (CU-UP): Handles user plane tasks like data packet forwarding and QoS enforcement.
• RIC Near Real-Time (Near-RT): Provides real-time optimization and control using machine learning models.
• RIC Non Real-Time (Non-RT): Manages long-term network optimization, policy control, and data analytics.
• Service Management and Orchestration (SMO): Manages the lifecycle of network services and resources.
• Edge Node: Implements edge computing for local processing and low-latency tasks.

1. Clone the Repository: git clone https://github.com/kaden-barrera/O-RAN_Base_Station_SIM.git
2. Navigate to the Project Directory: cd O-RAN_Base_Station_SIM
3. Install Dependencies: pip install -r requirements.txt
4. Build the Docker Images: docker-compose build
5. Run the Simulator: docker-compose up

• Docker
• Docker Compose
• Python 3.8+
• Node.js
• Git

1. Clone the Repository:

   git clone https://github.com/yourusername/O-RAN_Base_Station_SIM.git
   
   

• Path: backend/centralized_unit_cp
• Description: Manages control plane functionalities.
• Endpoint: /setup_connection
• Port: 5000

• Path: backend/centralized_unit_up
• Description: Manages user plane functionalities.
• Endpoint: /manage_data
• Port: 5001

• Path: backend/ric_near_rt
• Description: Provides real-time optimization and control using machine learning models.
• Endpoint: /near_rt_function
• Port: 5002

• Path: backend/ric_non_rt
• Description: Manages long-term network optimization, policy control, and data analytics.
• Endpoint: /non_rt_function
• Port: 5003

• Path: backend/radio_unit
• Description: Processes radio signals.
• Endpoint: /process_signal
• Port: 5004

• Path: backend/edge_node
• Description: Processes data at the edge.
• Endpoint: /process_data
• Port: 5005

• Path: backend/smo
• Description: Manages and orchestrates services.
• Endpoint: /smo_action
• Port: 5006

• Path: backend/api_gateway
• Description: Acts as an entry point for API requests.
• Endpoints: /api/setup_connection, /api/manage_mobility
• Port: 8080