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Control Design
Guidelines for using these images: Please use the associated caption and credit the image "Courtesy of The MathWorks, Inc."
SimHydraulics® |
SimHydraulics® from The MathWorks extends Simulink® to enable MultiDomain Modeling of Hydraulic Systems. |
Simulink® Report Generator™
Simulink® Report Generator™ 3 from The MathWorks enables users to automatically export Simulink and Stateflow® Models to Web Views to share designs throughout an organization. |
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Simulink 6 - Model Reference Block
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The Simulink Model Reference block lets you incorporate separate component models into a system model. Using this approach, you can model, simulate, and test each design component individually. A high-resolution image can be downloaded in JPG and TIFF formats. |
Simulink 6 - Model Explorer
| Using the Simulink Model Explorer, you can navigate, create, configure, and search all signals, parameters, and properties of a model. A high-resolution image can be downloaded in JPG and TIFF formats. |
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Simulink 6 - Model Explorer
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The Simulink Model Explorer includes the capability to search and modify all signals, parameters, and properties of your model. For example, a search for the string ‘gain' generates links to each object in the model containing that string. A high-resolution image can be downloaded in JPG and TIFF formats. |
Simulink 6 - Embedded MATLAB Function Block
The Embedded MATLAB Function block within Simulink lets you include embedded algorithms written in the MATLAB language and then deployed them with Real-Time Workshop®. For example, you can implement an extended Kalman Filter requiring matrix computations as a concise MATLAB function (top). A high-resolution image can be downloaded in JPG and TIFF formats. |
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Simulink® Verification and Validation™
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Using Simulink® Verification and Validation™, you can link your test cases to requirements and verification blocks from within the Signal Builder (left). You can then collect and display coverage information directly in the model (right). A high-resolution image can be downloaded in JPG and TIFF formats. |
SimDriveline™
SimDriveline™ extends Simulink with tools for modeling and simulating the mechanics of driveline (drivetrain) systems. These tools include components such as gears, rotating shafts, and clutches; standard transmission templates; and engine and tire models. A high-resolution image can be downloaded in JPG and TIFF formats. |
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Simulink Verification and Validation
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The verification manager extends the Simulink Signal Builder by enabling you to associate verification blocks with test cases and link them back to requirements. A high-resolution image can be downloaded in JPG and TIFF formats. |
SimPowerSystems™
Model of an automotive electrical power system, created with SimPowerSystems™ 4. The network of electrical loads, which includes lights, seat systems, sound systems, and automatic windows, is powered by a battery and a generator. A high-resolution image can be downloaded in JPG and TIFF formats. |
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Aerospace Blockset™
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Using Simulink and the Aerospace Blockset™ 2 to model and simulate vehicle dynamics of a NASA HL-20 lifting body. The system is visualized with the FlightGear flight simulator. A high-resolution image can be downloaded in JPG and TIFF formats. |
Aerospace Toolbox™
Visualizing Boeing 777 flight data by using Aerospace Toolbox™ interface to FlightGear flight simulator. A high-resolution image can be downloaded in JPG and TIFF formats. |
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Bell Helicopter
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The Bell-Agusta 609 (BA609), developed by Bell Helicopter Textron Inc. using The MathWorks™ tools and Model-Based Design, is the world’s first commercial tiltrotor. A high-resolution image can be downloaded in JPG and TIFF formats. |
Link for TASKING®
Link for TASKING® lets users build, test, and verify embedded code using MATLAB and Simulink with TASKING from Altium. A high-resolution image can be downloaded in JPG and TIFF formats. |
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