Topics * Topics that you need to know and understand but not directly tested: * Discrete Time Signals and Systems * The z-Transform * Fourier Analysis of CT and DT Signals * Frequency Domain Analysis of LTI systems * Sampling and Reconstruction of Analog Signals * Topics that will be emphasized and tested in the exam * Discrete Fourier Transform (DFT) and FFT * Digital Filter Structures * FIR Filter Design * IIR Filter Design * Finite Word Length Effects Text Chapters * Text Chapters 1 through 10 (except for sections that are omitted in Reading Assignments) Lecture Notes * PowerPoints 1 through 12 Homework Sets * 4 through 8 Exam Specifics + Distribution/submission via Quiz portal in the Exams Module

Topics * Topics that you need to know and understand but not
directly tested:
* Discrete Time Signals and Systems
* The z-Transform
* Fourier Analysis of CT and DT Signals
* Frequency Domain Analysis of LTI systems
* Sampling and Reconstruction of Analog Signals
* Topics that will be emphasized and tested in the exam
* Discrete Fourier Transform (DFT) and FFT
* Digital Filter Structures
* FIR Filter Design
* IIR Filter Design
* Finite Word Length Effects
Text Chapters * Text Chapters 1 through 10 (except for sections that are
omitted in Reading Assignments)
Lecture Notes * PowerPoints 1 through 12
Homework Sets * 4 through 8
Exam Specifics + Distribution/submission via Quiz portal in the Exams Module.
* Open textbook and lecture notes.
* Exam should be an individual effort. Any hint of collaboration/copying from
another source will result in a score of 0 for the entire exam.
* Exam will be designed in Live editor and should be completed using Live Ed-
itor in MATLAB.
* During exam, keep only a web browser, one MATLAB session, and a pdf
reader app open on your laptop to conserve resources, otherwise MATLAB
may crash.