当前课程知识点：Signals and Systems > Chapter 4 Signal Analysis in the Frequency Domain > 4.5 Sampling of signals in the time domain > 4.5 Sampling theory in the time domain
返回《Signals and Systems》慕课在线视频课程列表
返回《Signals and Systems》慕课在线视频列表
-1.1 Introduction to signals and sytems
--1.1 Introduction to signals and systems
-1.2 Classification of signals
--1.2 Classification of signals
-1.3 Classification of systems
--1.3 Classification of systems I
--1.3 Classification of systems II
-Exercise
--Exercise for Chapter 1
-Homework for Chapter 1
-Discussion topics for Chapter 1
-2.1 Elementary continuous-time signals
--2.1 Elementary continuous-time signals: regular
--2.1 Elementary continuous-time signals: singularity
-2.2 Basic operations on continuous-time signals
--2.2 Basic operations on continuous-time signals I
--2.2 Basic operations on continuous-time signals II
-2.3 Elementary discrete-time signals
--2.3 Elementary discrete-time signals I
--2.3 Elementary discrete-time signals II
-2.4 Basic operations on discrete-time signals
--2.4 Basic operations on discrete-time signals
-2.5 Signal decomposition
-2.6 Tutorial
-2.7 Signal analysis in time with MATLAB
--2.7 Signal analysis in the time domain with MATLAB
-Exercise
--Exercise for Chapter 2
-Homework for Chapter 2
-Discussion topics for Chapter 2
-3.1 Description of linear time-invariant systems in the time domain
--3.1 Description of linear time-invariant systems in the time domain
-3.2 Response analysis of continuous-time LTI systems in the time domain
--3.2 Response analysis of continuous-time LTI systems
-3.3 Response evaluation of continuous-time LTI systems
--3.3 Response evaluation of continuous-time LTI systems I
--3.3 Response evaluation of continuous-time LTI systems II
--3.3 Response evaluation of continuous-time LTI systems III
--3.3 Response evaluation of continuous-time LTI systems IV
-3.4 Impulse response for continuous-time LTI system characterization
--3.4 Impulse response for continuous-time LTI system characterization
-3.5 Tutorial for response evaluation of continuous-time LTI systems
--3.5 Tutorial for response evaluation of continuous-time LTI systems
-3.6 Response analysis of discrete-time LTI systems in the time domain
--3.6 Response analysis of discrete-time LTI systems in the time domain
-3.7 Response evaluation of discrete-time LTI systems
--3.7 Response evaluation of discrete-time LTI systems I
--3.7 Response evaluation of discrete-time LTI systems II
-3.8 Impulse response of discrete-time LTI system characterization
--3.8 Impulse response of discrete-time LTI system characterization
-3.9 Tutorial for response evaluation of discrete-time LTI systems
--3.9 Tutorial for response evaluation of discrete-time LTI systems
-3.10 Analysis of systems in the time domain with MATLAB
--3.10 Analysis of systems in the time domain with MATLAB
-Exercise
--Exercise for Chapter 3
-Homework for Chapter 3
-Discussion topics for Chapter 3
-Exam for Chapters 1-3
-4.1 Fourier analysis of periodic C-T signals
--4.1 Why analyze signals in the frequency domain
--4.1 Fourier representation of periodic C-T signals
--4.1 Spectrum of periodic C-T signals
--4.1 Properties of Fourier series for periodic C-T signals
-4.2 Frequency analysis of nonperiodic C-T signals
--4.2 Fourier representation of nonperiodic C-T signals
--4.2 Spectra of common nonperiodic C-T signals
--4.2 Properties of Fourier transform I
--4.2 Properties of Fourier transform II
--4.2 Applications of the properties of Fourier transform
-4.3 Fourier analysis of periodic D-T sequences
--4.3 Fourier representation of periodic D-T sequence
--4.3 Spectra of common periodic D-T sequences
--4.3 Properties of discrete Fourier series
-4.4 Fourier analysis of nonperiodic D-T sequences
--4.4 Fourier representation of nonperiodic D-T sequences
--4.4 Spectra of common nonperiodic D-T sequences
-4.5 Sampling of signals in the time domain
--4.5 Why sampling signals in the time domain
--4.5 How to sample signals in the time domain
--4.5 Sampling theory in the time domain
--4.5 Applications of sampling theory
-4.6 An example of signal analysis in the frequency domain
--4.6 An example of signal analysis in the frequency domain
-Homework for Chapter 4
-Discussion topics for Chapter 4
-5.1 Frequency response of a C-T LTI system
--5.1 Frequency response of a C-T LTI system
-5.2 Evaluation of the frequency response of a C-T LTI systems
--5.2 Evaluation of the frequency response of a C-T LTI systems
-5.3 Zero-state response of a C-T LTI system to signals
--5.3 Zero-state response of a C-T LTI system to signals
-5.4 Ideal analog filters
-5.5 Frequency response of a D-T LTI system
--5.5 Frequency response of a D-T LTI system
--5.5 Zero-state response of a D-T LTI system to D-T sequences
-5.6 Ideal digital filters
-5.7 Amplitude modulation and demodulation
--5.7 Amplitude modulation and demodulation
-Homework for Chapter 5
-Discussion topics for Chapter 5
-Exam for Chapters 4-5
-6.1 C-T signal representation in the complex frequency domain
--6.1 C-T signal representation in the complex frequency domain
-6.2 Unilateral Laplace transform of common C-T signals
--6.2 Unilateral Laplace transform of common C-T signals
-6.3 Properties of unilateral Laplace transform
--6.3 Properties of unilateral Laplace transform
-6.4 Evaluation of inverse Laplace transform
--6.4 Evaluation of inverse Laplace transform
-6.5 Bilateral Laplace transform and its inverse
--6.5 Bilateral Laplace transform and its inverse
-6.6 Description of C-T LTI systems in the complex frequency domain
--6.6 Description of C-T LTI systems in the complex frequency domain
-6.7 Transfer function and system properties
--6.7 Transform function and system properties
-6.8 Implementation of C-T LTI systems
--6.8 Implementation of C-T LTI systems
-6.9 Complex frequency analysis of C-T LTI system response
--6.9 Complex frequency analysis of C-T signals and systems
-6.10 Complex frequency analysis of signals and systems in MATLAB
--6.10 Complex frequency analysis of signals and systems in MATLAB
-Homework for Chapter 6
-Discussion topics for Chapter 6
-7.1 Representation of D-T signals in z-domain
--7.1 Representation of D-T sequences in z-domain
-7.2 Unilateral z-transform of common D-T sequences
--7.2 Unilateral z-transform of common D-T sequences
-7.3 Properties of unilateral z-transform
--7.3 Properties of unilateral z-transform
-7.4 Evaluation of unilateral z-transform
--7.4 Evaluation of inverse unilateral z-transform
-7.5 Bilateral z-transform and its inverse
--7.5 Bilateral z-transform and its inverse
-7.6 Description of D-T LTI systems in z-domain
--7.6 Description of D-T LTI systems in z-domain
-7.7 Transfer function and system properties
--7.7 Transfer function and system's properties
-7.8 Implementation of D-T LTI systems
--7.8 Implementation of D-T LTI systems
-7.9 z-domain analysis of system's responses
--7.9 z-domain analysis of system's responses
-7.10 Complex analysis of D-T signals and systems in MATLAB
--7.10 Complex analysis of D-T signals and systems in MATLAB
-Homework for Chapter 7
-Discussion topics for Chapter 7
-Exam for Chapters 6-7
