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Advanced Digital Signal Processing
Dr. Phuong T. Tran, Ton Duc Thang University, 1st semester 2018-2019
Announcement
10/20/2017 MATLAB Homework #1 is posted. Due date is 10/27/2018. Deliverables for this project include 27 plots.
You have three different plots for each of three different PN sequences, for each of three
different noise variances. So that would seem to have 3x3x3=27 plots.
10/13/2018 Welcome to Advanced DSP class! This is the official course website. Please check frequently to see if there are updates.
Course Information
Lecture: Saturday 13:15- 17:30, Sunday 7:35 - 11:50, Sunday 13:15 - 17:30
Room: C0201
Lecturer: Dr. Phuong T. Tran
Room: C117
Email: tranthanhphuong AT tdt DOT edu DOT vn
Office Hour: by email appointment.
Teaching Assistant: n/a for this semester
Syllabus: Download (PDF)
Lecture Notes
Homework
Homework 1: Problems: 3.43, 3.49, 3.51, 7.3, 7.4, 7.7. , Solution
Homework 2: Problems: 1.6, 1.7, 1.8, 1.9, 1.11, 2.10, 2.11, 2.13, 2.45, 2.46, 2.61. , Solution
MATLAB Homework #1. ,
MATLAB Demo codes
Matlab demo for lecture #1: zpgui.m, zpgui3.m, AllPassFilter.m, SampleSinewave.m , SampleSincProduct.m , SampleSincProductAboveNyquist.m, aliaseg2.m, aliaseg3.m.
Matlab demo for lecture #2: aliaseg.m, notcheg.m, ConvEg.m
Matlab demo for lecture #2 (cont.): CDMAeg1.m, cdmaeg.m, gold1.m,
gold2.m; gold3.m,
dsp_hw.m; Barker.m,
M15.m.
Matlab demo for lecture #4: CTFT_DTFT_Upsample.m, upsamplex2eg1.m, upsample2eg2.m, upsamplex2eg2.m, ZOHeg2.m, upsamplex3.m, upsamplex3R.m.
Matlab demo for lecture #7: Multiplex3Sigs.m, Multiplex3SigsR.m, getspeech.m, enf1s1t0.wav, enm1s1t0.wav, erf1s1t0.wav, 00f1s2t0.wav, 0wf1s1t0.wav, Multiplex3SigsAlt.m.
Projects
Exams
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