開課班級Class: | 授課教師Teacher: | 學分數Credits: |
四生機四A | 張仲良 | 3 |
課程大綱Course Description: |
本課程主要在於學習訊號處理與系統控制相關理論與應用技術,其內容包含基礎數學理論、離散訊號處理、傅立葉轉換以及線性時變與非時變系統以及工程相關應用,課程中也將藉由數值分析軟體的使用,以提供學生能驗證課程所學的理論。 |
English Outline: |
This course will deal with fundamental system and signal control technique from both a theoretical and a practical perspective. It will contain basics theory of signal processing, representation of discrete-time system, Fourier transform, linear time variant and invariant system, and application of signal processing engineering. The course will have a balanced focus on math formulations and exercise and thus will not get into too much of an involved mathematical discussion on the individual concepts. It will include some homework and a final project using MATLAB to allow for more space to assimilate the concepts than getting tied down with the mathematics. |
本科目教學目標Course Objectives: |
科學與工程: 具有科學及工程知識,能運用邏輯分析與實證的能力。 實務: 明瞭生物產業發展方向與所需機電工程實務設計技能。 終身學習: 能自我定位與持續學習。 人文、倫理: 具有道德倫理、科技法律、人性關懷及奉獻社會的基本認知。 國際觀、溝通: 培養具有與國際接軌的工程能力。 |
教學型態Teaching Models: | 成績考核方式Grading: |
課堂教學+小組討論 | 平時成績General Performance:15% 期中考Midterm Exam:20% 期末考Final exam:25% 其它 Other:上課出席率(10%)、作業(10%)與期末報告 (20%) |
參考書目Textbooks/References: |
1. Alan V. Oppenheim, Alan S. Willsky, and S. Hamid Nawab (黃永達 譯). Signal & System, Pearson Publ. ISBN: 978-957-636-914-8 2. McClellan, J. H., et al. 2003. Signal Processing First. NJ: Prentice Hall (ISBN-10: 0130909998 ) 高立圖書 |
SDGs指標: |
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UCAN職業項目: |
工程及技術(生物機電)人才,製程研發(生物機電)人才 |
課程更新狀態: | 課程匯入時間Import Time:2021-06-29 08:25:09 |
最後更新時間Last Modified:,更新人modified by: |