曙海教學優勢
本課程面向企事業項目實際需要,秉承二十一年積累的教學品質，Simulink模型管理和驗證培訓課程-以項目實現為導向,老師將會與您分享設計的全流程以及工具的綜合使用經驗、技巧。線上/線下/上門皆可,Simulink模型管理和驗證培訓課程-專家,課程可定制,熱線:4008699035。
曙海的課程培養了大批受企業歡迎的工程師。曙海的課程在業內有著響亮的知名度。大批企業和曙海
建立了良好的合作關系,合作企業30萬+。
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Model-Based Design
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Objective: Get a brief overview of how Simulink models can be used in a traditional design process. Discuss where the material covered in this course fits into that process.
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Requirements Linking and Interface Control
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Objective: Use a Simulink model to store system requirements, illustrate data flow, and define system interfaces.
·?Component stubs
·?Requirements linking
·?Component interfaces
·?Bus objects
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Model Architecture
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Objective: Discuss the pros and cons of the different features used for organizing a Simulink model into separate components.
·?System component considerations
·?Virtual subsystems
·?Atomic subsystems
·?Model references
·?Libraries
·?Component variants
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Project Management
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Objective: Explore methods used for managing Simulink projects, such as determining Simulink model dependencies and comparing project files.
·?Model dependencies
·?File organization
·?Startup and cleanup scripts
·?Project setup
·?Source control integration
·?File differences
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Data Management
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Objective: Explore the data dependencies of a Simulink model and learn best practices for managing a Simulink model''''s data.
·?Simulink data
·?Parameter storage
·?Workspace precedence
·?Parameter management
·?Data dictionary
·?Tunability
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Modeling Standards
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Objective: Use the Simulink Model Advisor to enforce modeling standards, check for common modeling errors, and optimize model performance.
·?Modeling standards
·?Model Advisor
·?Custom configurations
·?Reporting results
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Developing Test Cases
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Objective: Create and store test cases for a Simulink model, using both MATLAB code and Simulink test harness models.
·???Testing workflow
·???Components of a test
·???Harness models
·???MATLAB scripts
·???External sources
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Analyzing Test Results
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Objective: Analyze test results of a Simulink simulation, both during and after the simulation.
·???Run-time analysis
·???Logging data
·???Saving data
·???Automated analysis
·???Simulation data inspector
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Running Multiple Tests
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Objective: Create repeatable tests, run groups of tests automatically, and collect coverage data on a model.
·?Test process
·?Self-contained tests
·?Test suites
·?Model coverage
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Automatically Generating Tests
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Objective: Use formal methods to automatically generate tests for a Simulink model.
·?Model compatibility
·?Automatic test generation
·?User-defined objectives
·?Command-line automation
·?Property proving
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Reporting
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Objective: Discuss the methods of automatically creating reports and documentation from Simulink models.
·?Print frames
·?Web views
·?Standard reports
·?Custom reports
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