課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Basic Matlab Commands |
Understanding the concepts Basic Matlab Commands |
Understanding the concepts of Basic Matlab Commands |
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Matlab program demonstration |
2 | Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
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3 | Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
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Matlab program demonstration |
4 | Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
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5 | Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
Understanding the concepts of Math Operations and Functions |
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Matlab program demonstration |
6 | Transfer Function Models |
Polynomial/ rational functions |
System Characteristics and Responses |
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7 | Transfer Function Models |
Polynomial/ rational functions |
System Characteristics and Responses |
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Matlab program demonstration |
8 | Transfer Function Models |
Polynomial/ rational functions |
System Characteristics and Responses |
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Matlab program demonstration |
9 | Dynamic Systems |
First-Order Systems |
Transient/ Steady State Responses |
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10 | Dynamic Systems |
First-Order Systems |
Transient/ Steady State Responses |
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Matlab program demonstration |
11 | Dynamic Systems |
Second-Order Systems |
Transient/ Steady State Responses |
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12 | Dynamic Systems |
Second-Order Systems |
Transient/ Steady State Responses |
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Matlab program demonstration |
13 | Systems with Delay |
Pade Approximation |
Stability analysis |
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14 | Systems with Delay |
Pade Approximation |
Stability and performance analysis |
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15 | Systems with Delay |
Pade Approximation |
Performance analysis |
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16 | State Space Systems |
State space representation |
Pole Placement |
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Matlab program demonstration |
17 | State Space Systems |
Feedback control |
Pole Placement |
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18 | Final project |
Use Matlab to simulate and control the designed system. |
1.System stability analysis
2.Achieving the desired control performance |
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