当前课程知识点：Signal and Linear System > 2. Time-domain analysis method of LTI continuous system > 2-4 Zero input response and zero state response > 2.4 Video
返回《Signal and Linear System》慕课在线视频课程列表
返回《Signal and Linear System》慕课在线视频列表
-Instructor team introduction
--Video
-1-1 Basic concepts of signals and systems
--1-1
-1-2 Classification of signals
--1-2
-1-3 Several typical deterministic signals
--1-3
-1-4 Signal decomposition
-1-5 Basic operations of signals
--1-5
-1-6 Step signal and its characteristics
--1-6
-1-7 Impulse signal and its characteristics
--1-7
-1-8 System model and its classification
--1-8
-1-9 Linear time invariant system
--1-9
-1-10 Causal and non-causal systems, stable and unstable systems
--1-10
-Test of the first module
--test 1
-2-0 Content summary
-2-1 Time-domain solution of LTI continuous system
-2-2 The initial state and initial value of the system
-2-3 Classification of system response
-2-4 Zero input response and zero state response
-2-5 Impulse response and step response
-2-6 Convolution integral
-2-7 Using Convolution integral to solve system zero state response
-Test of the second module
--test 2
-3-1Teaching content and requirements
-3-2 The orthogonal function decomposition of signals
-3-3 Spectrum analysis of periodic signals
-3-4 Spectral characteristics of typical periodic signals
-3-5 Spectrum analysis of aperiodic signals
-3-6 Spectral characteristics of typical aperiodic signals
-3-7 Spectral characteristics of singular signals
-3-8 The nature of Fourier transform and its engineering application
-3-9 Energy spectrum and power spectrum
-3-10 Fourier transform of periodic signal
-3-11 Frequency domain analysis of LTI system
-3-12 Distortion-free transmission of signals
-3-13 Ideal low-pass filter
-3-14 Signal sampling
-3-15 Sampling theorem and its application
- Test of the third module
--test 3
-4-1 Laplace transform
--Video
-4-2 Convergence domain of Laplace transform
--Video
-4-3
--Video
-4-4 The main properties of Laplace transform
--Video
-4-5 Laplace inverse transform
--Video
-4-6 System function
--Video
-4-7 S-domain analysis and application of LTI system
--Video
-Fourth module test
--Fourth module test
-5-0 introduction
--Video
-5-1 Teaching content and requirements
--Video
-5-2 Mathematical model of discrete time system
--Video
-5-3 Classical solution of difference equation
--Video
-5-4 Zero input response and zero state response of discrete systems
--Video
-5-5 Unit sequence response of discrete LTI systems
--Video
-5-6 Definition and Solution of Convolution Sum
--Video
-5-7 The nature and application of convolution sum
--Video
-The fifth module test
--test 5
-6-0 introduction
--Video
-6-1 Teaching content and requirements
--Video
-6-2 Definition of Z transform and z transform of typical sequence
--Video
-6-3 Convergence domain of Z transform
--Video
-6-4 The properties of the Z transform
--Video
--Video
--Video
-6-5 Inverse Z transform，Power series expansion method
--Video
-6-6 Inverse Z transform, partial fraction expansion method
--Video
-6-7 Z domain analysis
--Video
-The sixth module test
--The sixth module test
-7-1 System functions and time domain characteristics
--Video
-7-2 System functions and frequency domain characteristics
--Video
-7-3 System functions and their causality and stability
--Video
-7-4 Signal flow diagram and its properties
--Video
-7-5 Simplification of signal flow diagram
--Video
-7-6 System simulation
--Video
-The seventh module test
--The seventh module test
-Experiment 1 Time-domain response test and analysis of LTI continuous system
-Experiment 2 Continuous system frequency domain analysis
-- Experiment 2
-Experiment 3 Transform domain analysis of continuous system
-Experiment 4 Time-domain and transform-domain analysis of discrete systems
-Experiment 5 Comprehensive experiment
