Preface (Real-Time Workshop Embedded Coder)

Real-Time Workshop Embedded Coder

Related Products

The MathWorks provides several products that are especially relevant to the kinds of tasks you can perform with the Real-Time Workshop Embedded Coder. They are listed in the table below.

The Real-Time Workshop Embedded Coder requires these products:

MATLAB 6.5 (Release 13)
Simulink 5.0 (Release 13)
Real-Time Workshop 5.0 (Release 13)

For more information about any of these products, see either:

The online documentation for that product if it is installed or if you are reading the documentation from the CD
The MathWorks Web site, at http://www.mathworks.com; see the "products" section

Note The toolboxes listed below all include functions that extend the capabilities of MATLAB. The blocksets all include blocks that extend the capabilities of Simulink.

Product
Description

Communications Blockset
Design and simulate communication systems

Control System Toolbox
Design and analyze feedback control systems

Dials & Gauges Blockset
Monitor signals and control simulation parameters with graphical instruments

DSP Blockset
Design and simulate DSP systems

Embedded Target for Motorola MPC555
Generate Real-Time Workshop Embedded Coder production code for the Motorola MPC555

Embedded Target for the TI TMS320C6000^TM DSP Platform
Deploy and validate DSP designs on Texas Instruments C6000 digital signal processors

Fixed-Point Blockset
Design and simulate fixed-point systems

Fuzzy Logic Toolbox
Design and simulate fuzzy logic systems

MATLAB Link for Code Composer Studio^TM Development Tools
Use MATLAB with RTDX^TM-enabled Texas Instruments digital signal processors

Nonlinear Control Design Blockset
Optimize design parameters in nonlinear control systems

Real-Time Windows Target
Run Simulink and Stateflow models on a PC in real time

Real-Time Workshop
Generate C code from Simulink models

SimPowerSystems
Model and simulate electrical power systems

Simulink
Design and simulate continuous- and discrete-time systems

Stateflow^®
Design and simulate event-driven systems

Stateflow Coder
Generate C code from Stateflow charts

Statistics Toolbox
Apply statistical algorithms and probability models

xPC Target
Perform real-time rapid prototyping using PC hardware

xPC Target Embedded Option
Deploy real-time applications on PC hardware

Product	Description
Communications Blockset	Design and simulate communication systems
Control System Toolbox	Design and analyze feedback control systems
Dials & Gauges Blockset	Monitor signals and control simulation parameters with graphical instruments
DSP Blockset	Design and simulate DSP systems
Embedded Target for Motorola MPC555	Generate Real-Time Workshop Embedded Coder production code for the Motorola MPC555
Embedded Target for the TI TMS320C6000^TM DSP Platform	Deploy and validate DSP designs on Texas Instruments C6000 digital signal processors
Fixed-Point Blockset	Design and simulate fixed-point systems
Fuzzy Logic Toolbox	Design and simulate fuzzy logic systems
MATLAB Link for Code Composer Studio^TM Development Tools	Use MATLAB with RTDX^TM-enabled Texas Instruments digital signal processors
Nonlinear Control Design Blockset	Optimize design parameters in nonlinear control systems
Real-Time Windows Target	Run Simulink and Stateflow models on a PC in real time
Real-Time Workshop	Generate C code from Simulink models
SimPowerSystems	Model and simulate electrical power systems
Simulink	Design and simulate continuous- and discrete-time systems
Stateflow^®	Design and simulate event-driven systems
Stateflow Coder	Generate C code from Stateflow charts
Statistics Toolbox	Apply statistical algorithms and probability models
xPC Target	Perform real-time rapid prototyping using PC hardware
xPC Target Embedded Option	Deploy real-time applications on PC hardware

Prerequisites Installing the Real-Time Workshop Embedded Coder