冠状病毒疾病2019（Covid-19）更新

Due to heightened concerns regarding the outbreak of COVID-19, we are adding more instructor-led online training courses as an alternative to classroom courses.

Course Schedule

Prerequisites

Simulink for System and Algorithm Modeling(orSimulink for Automotive System DesignorSimulink for Aerospace System Design）。知识simscape^™preferred.

使用Simulink实时和SpeedGoat硬金宝app件进行实时测试

这一动手四个半天的课程侧重于实时测试工作流程，包括使用Simulink实时使用Simulink的快速控制原型（RCP）和环路（HIL）测试金宝app^™software and Speedgoat real-time computers. Attendees will convert desktop-based simulation applications into real-time applications that run on the target machine and interface with physical hardware. Emphasis is placed on interacting with the application in real-time and analyzing the outputs for validation. This course is intended for intermediate to advanced Simulink^®users who are adopting real-time testing in their development process.

See detailed course outline

Prerequisites

Simulink for System and Algorithm Modeling(orSimulink for Automotive System DesignorSimulink for Aerospace System Design）。知识simscape^™preferred.

Day 1 of 4
Workflow Overview	Objective:Set up the real-time testing hardware and test communications between host and target computers. Real-time testing overview Setting up the host and target computers Running a real-time application Tuning parameters Monitoring and visualizing Signals 创建独立应用程序
Developing Real-Time Applications	Objective:Use Speedgoat driver blocks to convert a desktop-based test bench to an RCP application. Permanent magnetic synchronous motor (PMSM) hardware introduction Converting plant models into plant hardware interfaces Implementing Speedgoat I/O drivers

Day 2 of 4
Developing Real-Time Applications	Objective:Use Speedgoat driver blocks to convert a desktop-based test bench to an RCP application. Testing sensors and actuators Executing closed-loop real-time simulations with physical hardware Using Simulink Dashboard blocks Buffering signals
Building Interactive Interfaces	Objective:Use App Designer to create interactive user interfaces to a real-time application. Arranging user interface components Performing real-time application tasks 可视化信号 Tuning parameters

Day 3 of 4
Automating Real-Time Tests	Objective:Use Simulink Test to create and execute an automated test suite. Building a harness for automated testing Creating test sequences Iterating input and parameter sets 分析测试结果 Automating real-time tests with MATLAB
Using Communications Protocols	Objective:Configure IO blocks to interface the target machine with standard communication protocols. Simulink Real-Time protocol support Real-time UDP I²C loopback testing

Day 4 of 4
Optimizing Plant Models for Real-Time Execution	Objective:Use the desktop model to validate model fidelity with respect to optimization considerations, and optimize the plant model to execute on target hardware. Measuring plant model accuracy Analyzing real-time performance 优化模型求解器 Evaluating alternative implementations
Hardware-in-the-Loop Testing	Objective:Convert a simulation test bench into a HIL testing configuration, and use a real-time plant model to validate system requirements. Hardware-in-the-loop (HIL) workflow overview 运行控制器algorithm on production hardware Setting up a HIL system 运行仿真测试

保证运行

When you register for one of these courses, you can rely on the fact that it won't be canceled or rescheduled for any reason.

MATLAB and Simulink Course Schedule

There are currently no scheduled classes for this course.