Run Real-Time Application

Interactive execution with development and target computers

When you run the real-time application, you can start and stop execution; observe signals and log signal data; and tune real-time application parameters.

You can use the following interfaces to run the application:

Simulink^® Real-Time™ Explorer and Simulink external mode. See Create and Run Real-Time Application from Simulink Model.
MATLAB^® language. See Control and Instrumentation with MATLAB.
Simulink Real-Time RTOS commands from the target computer command line. See Control Real-Time Application at Target Computer Command Line.

Tools

Simulink Real-Time Explorer	Interact with target computer and real-time application running on target computer
Simulink Real-Time TET Monitor	Monitor task execution time for the real-time application running on target computer
Simulink Real-Time App Generator	Generate instrument panel app to interact with target computer and real-time application running on target computer

Objects

`Target`	Represent real-time application and target computer status
`Application`	Represent application files on development computer
`Instrument`	Create real-time instrument object

Functions

`getApplicationFile`	Get name of real-time application file
`getInstalledApplications`	Get list of installed real-time application files
`getLastApplication`	Get name of real-time application most recently run on target computer
`getRootLevelInports`	Returns root level inports in application
`getStatus`	Return status of root inports stimulation of model on target computer
`pause`	Pause stimulation of root inports of model on target computer
`reloadData`	Reload data signal of root inports of model on target computer
`removeApplication`	Removes Simulink Real-Time application from target computer
`slrealtime`	Interface for managing target computer
`slrtExplorer`	Open Simulink Real-Time explorer and interact with target computers and real-time applications
`slrtTETMonitor`	Open Simulink Real-Time task execution time (TET) monitor
`slrtAppGenerator`	Generate instrument panel app to interact with target computer and real-time application running on target computer
`start`	Start stimulation of root inports of model on target computer
`stop`	Stop stimulation of root inports of model on target computer
`updateRootLevelInportData`	Replace external input data in real-time application with input data

Topics

From Development Computer

Execution Modes
Learn about the behavior of the interrupt and polling execution modes.
External Mode Usage
Learn about issues specific to running Simulink Real-Time in Simulink external mode.
Create and Run Real-Time Application from Simulink Model
Adapt a Simulink model to run as a real-time model on a target computer.
Define and Update Inport Data
Map root inports to source data.
CPU Overload
Eliminate CPU overloads during real-time application execution.
Run Real-Time Simulation of Permanent Magnet Synchronous Motor
This example shows how to apply Simulink Real-Time to simulate a PMS motor by using HDL Coder and the Speedgoat I/O Blockset.

From Target Computer

Control Real-Time Application at Target Computer Command Line
Load, start, stop, or check status of real-time applications on the target computer by using the command-line interface.
Target Computer Command Line
Controlling the real-time application from the target computer command line.
Target Computer Command-Line Interface
Control standalone real-time applications with the target computer command-line interface.
Execute Target Computer RTOS Commands at Target Computer Command Line
To enter target computer RTOS commands, type the commands by using a keyboard attached to the target computer or by using an SSH utility (such as PuTTY) to send commands to the target computer from a development computer.

Troubleshooting

Troubleshooting in Simulink Real-Time

Troubleshoot problems that you encounter while using the Simulink Real-Time product

Related Information

Configuration and Control Target Computer