Week 1 (January 11—15)
- 1.1. Introduction
1.2. Asymptotic series etc
- 2.1. Laplace integrals
- 2.2. Laplace integrals. II. Multidimensional theory
Week 2 (January 18—22)
- 2.3. Oscillatory integrals
2.4. Oscillatory integrals. II. Multidimensional theory
- 2.5. Method of the steepest descent
- 3.1. Introduction and classification (for points of ODEs)
Week 3 (January 25—29)
- 3.2. Ordinary points of differential equation
3.3. Regular Singular Points of Differential Equation
- 3.4. Irregular Singular Points of Differential Equation
- 3.5. Some examples of nonlinear differential equations
- Quiz 1 (January 28)
- HA3: Problems 1--7; covered by Quiz 2 on Week 5
Week 4 (February 01—05)
- 4.1. Regular perturbation theory
- 4.2. Singular perturbation theory
- 4.3. Singular perturbation theory. II
4.4. Singular perturbation theory for PDEs
Week 5 (February 08—12)
- Review
- Review
- 5.1. Preliminaries
- Quiz 2 (February 09)
- Quiz 3 (February 11)
- HA4: Problems 1--?; covered by Quiz 4 on Week 7--not yet
Reading Week (February 15—19)
Week 6 (February 22—26)
- 5.2. Eikonal and Hamilton-Jacobi equations
- 5.2. Eikonal and Hamilton-Jacobi equations (end)
- 5.3. Transport equations
- Test 1 (February 25)
- HA5: Problems ?; covered by Quiz ? on Week ?
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Week 7 (Feb. 29— Mar.h 04)
Week 8 (March 07—11)
Week 9 (March 14—18)
Week 10 (March 21—25)
Week 11 (Mar. 28—Apr. 01)
Week 12 (April 04—08)
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