Introduction of ODE

WeekCourse ContentCourse Video
課程介紹Watch Online
Introduction of ODEWatch Online
Big Picture for ODEWatch Online
1st order linear systemWatch Online
1st order linear system: 量的分析Watch Online
2nd order linear equation with constant coefficientsWatch Online
Practical ProblemWatch Online
Two more “derivation” of math models from:
--Predator-Prey problem
--Deposit and Withdraw problem
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1.2 ODE Big PictureWatch Online
1.2 Mixed Problem
1.3 Slope Field
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1.3 Slope Field
1.4 Numerical Technique
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1.5 IVP解: 存在性與唯一性
1.6 質分析, phase line(for autonomous system)
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1.7 Bifurcation and one supplement for 1.6(real problem)Watch Online
Complete Chapter 1Watch Online
Chapter 2: 1st order system and 2nd order equationWatch Online
2.2 Geometry of the system(by vector field)
2.3 Damped harmonic oscillator
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2.4 Special systems(solutions can be solved explicitly)
2.5 Euler’s method for 1st order system
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2.6 存在與唯一性(for 1st order system)
2.7 (假的) 3D-system (流行病傳染問題)
2.8 (真的) 3D-system (氣象預報簡化系統: Lorenz equation)
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3.1 線性理論Watch Online
3.2 Straight-Line Solutions
3.3 Phase Portraits for Linear Systems with Real Eigenvalues
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3.2 Straight-Line Solutions
3.3 Phase Portraits for Linear Systems with Real Eigenvalues
3.4 complex valued eigenvalues
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3.5 Special cases of Linear systemsWatch Online
To complete 3.5Watch Online
3.5 to complete
3.6 2nd order linear system and 2D linear system
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To complete 3.6Watch Online
3.7 Trace – Determinant PlaneWatch Online
To complete chapter 3
3.7 Part II: T-D plane
3.8 3D linear system
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Non-linear 2nd order ode:
--Pendulum motion
--Pendulum motion and spring motion
--Differences of phase portraits between linear and Nonlinear 2nd order equations
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Continue nonlinear 2nd order odeWatch Online
Special case for solving problemsWatch Online