R2025b is Now Live!

You can enhance the functionality of AIAntenna to support scalar port and field analysis, and optimize antennas using the AI-based SADEA API.

You can perform MATLAB and Simulink co-simulation with the Synopsys® VCS® HDL simulator.

With the updated MATLAB Coder application, you can generate code and improve code performance through automatic parallelization.

You can model RIS (Rewritable Intelligent Surface) with controllable array elements, perform bistatic positioning with new TOA/TDOA location estimates, and design high-accuracy RF distortion models with cascaded components.

You can discover new parallelizable workflows for collaborative and independent simulations of bistatic and multistatic radars.

You can test the validity of credit models using various validation metrics, backtest VaR or ES models created using historical and Monte Carlo methods, and take advantage of new ES backtesting support for empirical distributions.

With a new API, you can programmatically create route scenarios, increase efficiency with snappable templates, and add elevated intersections and tunnels.

 You can programmatically create automotive scenarios with a new API.

With the Tracking Data Importer application, you can import and visualize tracking accuracy data, and simplify multi-object tracker configuration using standard specifications and accuracy data for targets and sensors.