Course 1A: Mathematical Analysis

Course Description

This is course 1A in my DIY graduate program, a year-long course on foundational concepts and techniques from mathematical analysis. This will include abstract vector spaces and inner product spaces, metric spaces, manifolds, measures, and integration.

Course Materials

Syllabus

#ChapterHWLab
1Abstract Vector SpacesNotes-
2-Problem Sets-
3Linear Transformations and MatricesNotesLinear Transformations
4-Problem SetsLinear Systems
5Inner Product SpacesNotesThe QR Decomposition
6-Problem SetsLeast Squares and Computing Eigenvalues
7Spectral TheoryNotes-
8-Problem SetsImage Segmentation
9Metric Space TopologyNotes-
10-Problem SetsThe SVD and Image Compression
11DifferentiationNotes-
12-Problem SetsDifferentiation
13Contraction Mappings and ApplicationsNotes-
14-Problem SetsNewton’s Method
15Integration INotes-
16-Problem SetsConditioning and Stability
17Integration IINotes-
18-Problem SetsMonte Carlo Integration
19Calculus on ManifoldsNotes-
20-Problem Sets-
21Complex AnalysisNotes-
22-Problem SetsVisualizing Complex-valued Functions
23Spectral CalculusNotes-
24-Problem SetsThe PageRank Algorithm
25Iterative MethodsNotes-
26-Problem SetsIterative Solvers
27Spectra and PseudospectraNotes-
28-Problem SetsThe Drazin Inverse
29Rings and PolynomialsNotes-
30-Problem SetsGMRES

Written on: December 1, 2024