NCKU Curriculum Map
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SIGNALS AND SYSTEMS

ETo know how to deal with biomedical signals by using MATLAB. EOral presentation EDiscuss with classmate ҵ{i Course Outline g Week i׻ Progress Description 1 Detailed Course Syllabus: Signal and System 2 Signals and Systems 3 Continuous-Time Linear Time V Invariant System 4 Convolution and Correlation 5 Impulse Representation of Continuous-time Signals 6 Convolution for Continuous-time LTI Systems 7 Properties of Convolution 8 Differential Equation Models 9 Terms In The Natural Response 10 System Response For Complex Exponentials Input 11 Block Diagrams 12 Approximating Periodic Functions 13 Fourier Series 14 Fourier Series And Frequency Spectra-(1) 15 Fourier Series and Frequency Spectra-(2) 16 Fourier Series Transformations 17 Sampling Theorem 18 Discrete Fourier Transform

Course Goal
1. Acquire the basic biomedical engineering knowledge
2. Develop multidiscipline integration, innovation and implementation ability
Course Principle Literacy and Competence
[Competence]
  • Ability to apply mathematics, science, biomedicine and engineering knowledge
  • Ability to design biomedical engineering system and be familiar with the operation of clinical medical devices
  • Ability to know the global news and keep continuous learning
  • Ability to understand professional ethics, social responsibility and multiple viewpoints
  • Courses of Recent Years
    Year/
    Semester
    Course
    Number
    Class
    Code
    Course Name
    (The name will link to the syllabus.)
    Credit Taught in English
    (Yes or No)
    Instructor
    0108/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Chen, Jia-Jin
    0107/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Chen, Jia-Jin
    0106/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Chen, Jia-Jin
    0105/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Chen, Jia-Jin
    0104/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Chen, Jia-Jin
    0103/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Huang, Chih-Chung
    0102/1 F930600 [BME3401]SIGNALS AND SYSTEMS 3.0 N Huang, Chih-Chung

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