Lecture 1 – Fundamentals of digital signal processing
Sayısal İşaret İşlemenin Temelleri · Önemli işaretler
Fundamentals of Digital Signal Processing ELM367 Lecture Notes
Sayısal İşaret İşlemenin Temelleri — ders notları, ödevler · Gebze Teknik Üniversitesi (GTÜ) Elektronik Mühendisliği
Discrete-time signals and systems, convolution, the z-transform, the discrete Fourier transform and FFT, and digital filter structures.
Ayrık zamanlı işaretler ve sistemler, konvolüsyon, z-dönüşümü, ayrık Fourier dönüşümü ve FFT, sayısal filtre yapıları.
- Semester 6 · Spring 2023–24
- 14 lecture notes
- 13 digital notes
- 3 assignments
On this page: General Lecture notes Digital notes (LaTeX) Homework
Most files are in Turkish; file and folder names are shown as they appear in the repository.
General
Lecture notes
- Dsp ders 1Digital version
- interaktif kanalı 001 konvolüsyon toplamı
- Dsp ders 2Digital version
- Dsp ders 3Digital version
- Dsp ders 4Digital version
- Dsp ders 5Digital version
- Dsp ders 6Digital version
- Dsp ders 7Digital version
- Dsp ders 8Digital version
- Dsp ders 9Digital version
- Dsp ders 10Digital version
- Dsp ders 11Digital version
- Dsp ders 12Digital version
- Dsp ders 13Digital version
Digital notes (LaTeX)
Searchable digital versions of the handwritten notes, typeset in LaTeX (the notes are written in Turkish). Template and build: latex-sablon.
Notice: The digital notes were created from the handwritten notes with the help of Claude (Anthropic); they are meant as a supplementary resource and may contain errors. Always rely on the original notes and the official course materials.
Lecture 2 – Discrete-time systems, LTI, convolution, FIR/IIR
Systems · Linear system · Time invariant Systems · Nedensel sistemler · Kararlılık (BI-BO) · LTI Systems
Lecture 3 – Difference equations, FIR/IIR, DTFT and frequency response
Örnek · DTFT · Properties of DTFT · The convolution Theorem
Lecture 5 – Properties of the Z-transform
Z dönüşümünün özellikleri
Lecture 7 – Downsampling, upsampling and LTI frequency response
Down sampling · Up sampling · Frequency Response of LTI systems
Lecture 8 – Group delay and linear phase
Frequency Response · Minimum phase systems · Linear Phase Filters · Type-I · Type-II · Type III
Lecture 9 – Filter structures
Dsp ders 9 · Structures for discrete-time system · IIR Filter Design · Flow notation · Block diagram notation · Direct Form-I
Lecture 10 – FIR filter types and design, STFT
Tip 2 · Bant söndüren · Filter Specifications · Tip 1
Lecture 11 – Quiz solution, FIR/IIR filter design
Quiz çözümü · FIR Filter Design Using windows · IIR Filter Design · Impulse Invariance · The Filter Design by Approximation of Derivation · IIR Filter Design by the Bilinear Transformation
Lecture 12 – Quiz solution, IIR filter design (bilinear transform), Butterworth
Quiz çözümü · 3. soru · IIR Filter Design by the B.T · Örnek · Specleri belirleyelim · EX: Design LPF, B.T
Lecture 13 – DTFT, DFT, circular convolution and FFT
DTFT · DFT · Periodic sequences · Discrete fourier series · Periodic Convolution · Linear Convolution
Homework
Other courses this semester
Electromagnetic Wave Theory · Communications Laboratory · Control Systems · Digital Communications · Digital Signal Processing Laboratory
Open the folder on GitHub← Semester 6
Course materials belong to their instructors and GTU and are shared for educational purposes only.