MATLAB 5G Helper-MATLAB 5G Code Helper

Example

Using functions like 'nrWaveformGenerator', engineers can simulate the physical layer of 5G NR systems.

Scenario

An engineer at a mobile network operator might use this feature to test the impact of new physical layer features on system performance before deployment.

Example

With MATLAB's built-in models like 'nrTDLChannel' and 'nrCDLChannel', users can simulate realistic radio environments.

Scenario

This function is critical for developers at equipment manufacturers who need to validate the performance of 5G hardware in various standardized channel conditions.

Example

Using tools such as 'nrPDSCH' and 'nrPUSCH', engineers can simulate the transmission and reception of data over a 5G link.

Scenario

This helps in optimizing algorithms for error correction and decoding, crucial for enhancing the data throughput and reliability of 5G networks.

Example

Complete system simulations including both transmitter and receiver components can be conducted to assess overall system performance.

Scenario

System integrators might use this to predict network behavior under various traffic loads and deployment scenarios.

Example

Functions for measuring throughput, latency, and error rates help in evaluating the efficiency of different network configurations.

Scenario

Network operators use these metrics to adjust configurations, ensuring optimal network performance and user experience.