EEE 3501 • Midterm • Signals and Systems
Elektrik ve elektronik mühendisliğinin en temel ve zor derslerinden biri olan sinyaller ve sistemlere bu dersimizle başlayacağız.
1) Introduction to Signals and Systems: Continuous-Time and Discrete-Time Signals, Transformation of Independent Variable, Even and Odd Decomposition of Signals, Periodicity, Power and Energy of Signals 2) Fundamental Signals: Exponential, Sinusoidal, Unit Impulse and Unit Step Signals 3) System Properties 4) Linear Time-Invariant (LTI) Systems and Convolution 5) Properties of LTI Systems 6) CT Complex Exponentials 7) CT Fourier Series and Frequency Response 8) CT Fourier Transform 9) Frequency Selective Filtering of CT Signals
Ayda 666 TL, peşin fiyatına 3 taksit
Eğitmen
Ahmet Nuri Çevik
Eğitmen
Herkese merhaba! Ben Nuri, Koç Üniversitesi Elektrik Elektronik Mühendisliği bölümü mezunuyum. Daha önce Calculus, Linear Algebra, Probability derslerinde Tutor olarak görev aldım. Multivariable Calculus ve Signals and Systems kurslarında Teaching Assistant olarak öğrencilere destek oldum. Eğitim vermek lise zamanlarımdan beri hayatımda olan bir tutkuydu, üniversite eğitimimde bunu sürdürsem de daha fazla kişiye ulaşmak için Unicourse'a katıldım.
Konular
Introduction to Signals and Systems
12 konu anlatımı · 11 soru
Introduction to Signals
Periodic Signals
Periodic Signals
Transformations of The Independent Variable
Transformations of The Independent Variable
Even-Odd Decomposition
Even-Odd Decomposition
Energy and Power of Signals
Energy and Power of Signals
Properties of Systems - Linearity
Properties of Systems - Linearity
Properties of Systems - Time-invariance
Properties of Systems - Time-invariance
Memory-Causality-Stability Properties
Memory-Causality-Stability Properties
CT Unit Impulse Function (Dirac Delta Function)
CT Unit Impulse Function (Dirac Delta Function)
Properties of Dirac Delta Function
Properties of Dirac Delta Function
Properties of Dirac Delta Function
DT Unit Impulse Function (Kronecker Delta Function)
Impulse Response
Impulse Response
Linear Time-Invariant Systems
6 konu anlatımı · 8 soru
DT LTI Systems and Convolution Summation
DT LTI Systems and Convolution Summation
Properties of Convolution Summation
Properties of Convolution Summation
Properties of Convolution Summation
Properties of DT LTI Systems
Properties of DT LTI Systems
Properties of DT LTI Systems
CT LTI Systems and Convolution Integral
Properties of Convolution Integral
Properties of Convolution Integral
Properties of Convolution Integral
Properties of CT LTI Systems
Properties of CT LTI Systems
Fourier Series Representation of CT Periodic Signals
7 konu anlatımı · 9 soru
CT Complex Exponentials 1
CT Complex Exponentials
CT Complex Exponentials
CT Complex Exponentials 2
CT Fourier Series
CT Fourier Series
CT Fourier Series
CT Fourier Series of Real-valued Signals
CT Fourier Series of Real-valued Signals
Properties of CTFS 1
Properties of CTFS 2
Properties of CTFS
LTI Systems and CTFS
LTI Systems and CTFS
LTI Systems and CTFS
LTI Systems and CTFS
Fourier Series Representation of DT Periodic Signals
5 konu anlatımı · 6 soru
DT Complex Exponentials
DT Complex Exponentials
DT Fourier Series
DT Fourier Series
Properties of DTFS 1
Properties of DTFS 2
Properties of DTFS
Properties of DTFS
LTI Systems and DTFS
LTI Systems and DTFS
LTI Systems and DTFS
CT Fourier Transform and Frequency Selective Filtering
8 konu anlatımı · 8 soru
CT Fourier Transform and Inverse Fourier Transform
CT Fourier Transform and Inverse Fourier Transform
Important Fourier Transform Pairs 1
Important Fourier Transform Pairs 2
Properties of CTFT 1
Properties of CTFT
Properties of CTFT
Properties of CTFT 2
Properties of CTFT
System Identification Problem
System Identification Problem
CTFT of Periodic Signals
CTFT of Periodic Signals
CTFT of Periodic Signals
Frequency Selective Filtering
Frequency Selective Filtering
Exam Practice: Öğreniyorum
34 soru
Periodic Signals
Even-Odd Decomposition
Energy and Power of Signals
Properties of Systems - Time-invariance
Memory-Causality-Stability Properties
Properties of Dirac Delta Function
DT LTI Systems and Convolution Summation
Properties of Convolution Summation
Properties of DT LTI Systems
Properties of DT LTI Systems
Properties of Convolution Integral
CT Complex Exponentials
CT Complex Exponentials
CT Complex Exponentials
CT Fourier Series
CT Fourier Series
Properties of CTFS
Properties of CTFS
LTI Systems and CTFS
LTI Systems and CTFS
LTI Systems and CTFS
DT Complex Exponentials
DT Complex Exponentials
DT Fourier Series
DT Fourier Series
Properties of DTFS
LTI Systems and DTFS
LTI Systems and DTFS
Properties of CTFT
System Identification Problem
CTFT of Periodic Signals
CTFT of Periodic Signals
Frequency Selective Filtering
Frequency Selective Filtering
Exam Practice: Pekiştiriyorum
32 soru
Periodic Signals
Even-Odd Decomposition
Energy and Power of Signals
Properties of Systems - Time-invariance
Memory-Causality-Stability Properties
Memory-Causality-Stability Properties
CT Unit Impulse Function (Dirac Delta Function)
Properties of Dirac Delta Function
Impulse Response
DT LTI Systems and Convolution Summation
Properties of Convolution Summation
Properties of DT LTI Systems
Properties of Convolution Integral
Properties of Convolution Integral
CT Complex Exponentials
CT Complex Exponentials
CT Fourier Series
CT Fourier Series
Properties of CTFS
LTI Systems and CTFS
LTI Systems and CTFS
DT Complex Exponentials
DT Fourier Series
Properties of DTFS 2
LTI Systems and DTFS
LTI Systems and DTFS
Properties of CTFT
Properties of CTFT
System Identification Problem
CTFT of Periodic Signals
CTFT of Periodic Signals
Frequency Selective Filtering
🦄🦄 PAST MIDTERM PROBLEMS 🦄🦄
18 soru
Unit Impulse Functions
Properties of Dirac Delta Function
Properties of Dirac Delta
System properties
System Properties
System Properties
Convolution
CT LTI Systems and Convolution
Convolution Summation
Convolution of DT Sequences
CT Fourier Series
CT Fourier Series
CT Fourier Series
CTFT
Properties of CTFT
Fourier Transform
CT Filtering
CT Filtering
Değerlendirmeler
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