This Page is Updated as Term Progresses

ENSC-380, Spring 2009

Course Schedule and Notes
  • Before each lecture, print the Course Notes corresponding to that session and bring with you to class.
  • Try to review your notes in advance so that you have an idea of what to expect during that lecture.



    Course Schedule and Notes
    Date Topic Sections of Text Notes
    Tue Jan 6 Welcome and Introduction Chapter 1 Lecture 0 , Lecture 1 ( Audio clip)
    Thu Jan 8 Continuous Time Signals 2.1-2.8 Lecture 2 , ( Audio clips), Lecture 3
    Tue Jan 13 Discrete Time Signals 2.9- 2.15 Lecture 4
    Thu Jan 15 LTI Systems,DT systems, Convolution Sum 3.1-3.2, 3.5 Lecture 5 , Lecture 6
    Tue Jan 20 Finding LTI-DT Impulse Response Parts of 3.3-3.4 Lecture 6 (Cont.), Lecture 7
    Thu Jan 22 Properties of Convolution Sum 3.5 Lecture 8 , Lecture 8-append (rar file)
    Tue Jan 27 Convolution Integral 3.6 Lecture 9
    Thu Jan 29 CT impulse response, Block diagram, CTFS 3.6-3.7, 4.1-4.3 Lecture 10 , Lecture 11
    Tue Feb 3 CTFS 4.1 - 4.3 Lecture 11(Cont.)
    Thu. Feb 5 CTFS Properties, DTFS 4.2-4.5, 4.8-4.9 Lecture 12 , Lecture 13
    Tue Feb 10 - - Lecture 13
    Tue Feb 12 LTI systems and perdioc inputs, Review 4.11 Lecture 14 , Review Problems , Solutions
    Tue Feb 17 Midterm Break - -
    Thu Feb 19 Midterm Lectures 1-14 Solutions
    Tue Feb 24 CTFT 5.1-5.4 Lecture 15
    Thu Feb 26 CTFT Properties, DTFT 5.5-5.8 Lecture 16 , Lecture 17
    Tue Mar 3 CTFT 5.5-5.8 Lecture 16 (Cont.)
    Thu Mar 5 DTFT 5.5-5.8 Lecture 17(See above)
    Tue Mar 10 DTFT (Cont.) 5.5-5.8 Examples (In Class)
    Thu Mar 12 Summary of FT, Fourier Analysis of Systems 5.8-5.10,6.1-6.2 Lecture 18 , Lecture 19 , Lecture 20
    Tue Mar 17 Ideal Filters, Causal Filters 6.1-6.4 Lecture 20 (cont.), Lecture 21
    Thu Mar 19 Filters (Cont.) 6.3-6.4 Examples from Lectures 20,21
    Tue Mar 24 DT Filters 6.7 Lecture 22
    Thu Mar 26 Sampling of CT Signals 7.1-7.3 Lecture 23