15-Modeling Best Practices
16-Simulink Project Setup
17-Simulink Project File Management
18-Simulink Project Dependency Analysis
19-Simulink Project Source Control
20-Project Reference
21- Large-Scale Modeling
22-Power Window Example
23-Running Simulations
24-Running a Simulation Programmatically
25-Visualizing and Comparing Simulation Results
26-Inspecting and Comparing Logged Signal Data
27-Analyzing Simulation Results
28-Improving Simulation Performance and Accuracy
29-Performance Advisor
30-Solver Profiler
31-Simulink Debugger
32-Accelerating Models
33-Working with Blocks
34-Working with Block Parameters
35-Working with Lookup Tables
36-Working With Block Masks
37-Creating Custom Blocks
38-Working with Block Libraries
39-Using the MATLAB Function Block
40-System Objects
41-Define New System Objects
42-System Objects in Simulink
43-Design Considerations for C/C++ Code Generation
44-Functions, Classes, and System Objects Supported for Code Generation
45-System Objects Supported for Code Generation
46-Defining MATLAB Variables for C/C++ Code Generation
47-Defining Data for Code Generation
48-Code Generation for Variable-Size Data
49-Code Generation for MATLAB Structures
50-Code Generation for Cell Arrays
51-Code Generation for MATLAB Classes
52-Code Generation for Function Handles
53-Defining Functions for Code Generation
54-Calling Functions for Code Generation
55-Generate Efficient and Reusable Code
56-Troubleshooting MATLAB Code in MATLAB Function Blocks
57-Working with Data
58-Enumerations and Modeling
59-Importing and Exporting Simulation Data
60-Working with Data Stores
61-Simulink Data Dictionary
62-Working with Signals
63-Using Composite Signals
64-Working with Variable-Size Signals
65-Customizing the Simulink User Interface
66-Frames for Printed Models
67-About Run on Target Hardware Feature
68-Running Simulations in Fast Restart
69-Package Models to Share
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