Real-Time Workshop

Some Real-Time Workshop Capabilities

With Real-Time Workshop, you can quickly generate code for discrete-time, continuous-time (fixed-step), and hybrid systems, as well as for finite state machines modeled in Stateflow^® using the optional Stateflow Coder. The optional Real-Time Workshop Embedded Coder works with Real-Time Workshop to generate efficient, embeddable source code.

Using integrated makefile-based targeting support, Real-Time Workshop builds programs that can help speed up your simulations, provide intellectual property protection, and run on a wide variety of real-time rapid prototyping or production targets. Simulink's external mode run-time monitor works seamlessly with real-time targets, providing an elegant signal monitoring and parameter tuning interface. Real-Time Workshop supports continuous-time, discrete-time and hybrid systems, including conditionally executed and atomic systems. Real-Time Workshop accelerates your development cycle, producing higher quality results in less time.

Real-Time Workshop is a key link in the set of system design tools provided by The MathWorks, providing a real-time development environment -- a direct path from system design to hardware implementation. You can streamline application development and reduce costs with Real-Time Workshop by testing design iterations with real-time hardware. Real-Time Workshop supports the execution of dynamic system models on hardware by automatically converting models to code and providing model-based debugging support. It is well suited for accelerating simulations, rapid prototyping, turnkey solutions, and production embedded real-time applications.

Product Overview

Software Design with Real-Time Workshop