| Introduction | SimWB product description |
| System Requirements | System Requirements, installation, and configuration information. |
| Working with SimWB in Simulink. | Tutorial on using MLToolkit/SimWB from Simulink. |
| Create RTDB and Generate Code for MLToolkit Library Blocks Only | Create RTDB and generate SimWB-compliant code for only MLToolkit blocks in model. |
| Model Reference Support | Configure referenced models to target SimWB real-time host. |
| Configuration Set Reference Support | Create RTDB / generate SimWB-compliant code for model that uses configuration set reference.. |
| Multi-rate Multi-core Support | Generate multi-threaded code of multi-rate Simulink® models, which can be executed in multiple CPU cores on real-time host. |
| Concurrent Execution Support | Generate multi-threaded code which can be executed in multiple CPU cores using Simulink® feature called Concurrent Execution. |
| Running Simulink® Models with OpenMP code in SimWB | OpenMP code embedded in Simulink® can be executed in multiple CPU cores using SimWB. |
| Bus Support | Use Simulink® buses with SimWB. |
| Generate Code for Data Store Blocks | Use Simulink® data store blocks with SimWB. |
| Passing Strings Between Models | Generate SimWB-compliant model for Simulink® models that exchange strings. |
| Generate List of Blocks that Map to RTDB Variables | Generate list of blocks in Simulink® model that will map to RTDB variables. |
| Allow Sharing of Variables Across Models | Create variables in MATLAB that can be shared amongst models in SimWB. |
| Split Multi-Level Model Into Separate Models | Create and process separate models from larger, multi-level models for consumption in SimWB. |
| Hybrid Electric Vehicle Demos | Example that shows how SimWB can be used to perform HIL simulations for a complex Simulink model of hybrid electric vehicle (HEV). |
| Debugging Models | Debug models from generated source code. |
| Exchanging UDP Data Between Simulink Model and SimWB Test Session | Send UDP data from Simulink® model to running test session and back. |
| IP Protection via Distribution of S-Function Object File | Protect your IP by distributing the object file for an S-Function. |
| IP Protection via Shared-Library-Based S-Function | Protect your IP by using S-Function that relies on a shared library. |
| IP Protection via Static-Library-Based S-Function | Protect your IP by using S-Function that relies on a static library. |
| Creating a Test Session that Uses Alternative Initial Conditions via MLToolkit API | Vary initial conditions for a model in a test session using MLToolkit API. |
| MLToolkit Preferences | MLToolkit preference GUI options. |