Math 118 - Fourier Analysis and Wavelets - Fall 2017

Announcements and Handouts

  • Reading Week 1: Sections 0.1-2
  • Problem set 1 (due 31 August): PDF Solutions PDF
  • Reading Week 2: Sections 0.3-5
  • Problem set 2 (due 7 September): PDF Solutions PDF
  • Reading Week 3: Section 0.6 and Handout 0
  • Problem set 3 (due 14 September): PDF Solutions PDF
  • Reading Week 4: Sections 0.7 and 1.1 and Handout 1
  • Problem set 4 (due 21 September): PDF Solutions PDF
  • Reading Week 5: Section 1.3.1-2 and Handout 2
  • Problem set 5 (due 28 September): PDF Solutions PDF
  • Reading Week 6: Section 1.3.3-5 and 2.1
  • Problem set 6 (due 5 October): PDF Solutions PDF
  • Reading Week 7: Sections 2.2-3 and Handout 3
  • Problem set 7 (due 19 October): PDF
  • Reading Week 8: Review for midterm
  • Midterm Exam from Spring 2015 PDF Solutions PDF
  • Midterm Exam from Spring 2016 PDF
  • Midterm Exam Thursday 12 October in class, Chapters 0-1, Handouts 0-3. Open notes. Exam PDF Solutions PDF
  • Problem set 8 (due 26 October): PDF
  • Reading Week 9: Handout 4
  • Reading Week 10: Sections 2.4 and 2.5.
  • Problem set 9 (due 09 November): PDF
  • Reading Week 11: Handout 5
  • Reading Week 12: Sections 3.1 and 3.2.
  • Lecture: Tuesday and Thursday 3:40 pm--5:00 pm, 241 Cory

    Professor: J Strain,
    Office Hours: Wednesday 3:00 -- 4:00 pm and Thursday 12:00 -- 2:00 pm, in 891 Evans.

    Course Home Page: http://math.berkeley.edu/~strain/118.F17/index.html

    Prerequisites: Math 53 and 54 or equivalent knowledge of calculus and linear algebra. Basic Matlab programming.

    Required Text: Albert Boggess and Francis J. Narcowich, A First Course in Wavelets with Fourier Analysis, second edition (Wiley, 2009).

    Description: Introduction to signal processing including Fourier analysis and wavelets. Theory, algorithms, and applications to one-dimensional signals and multidimensional images.

    Grading: Problem sets (60%), midterm (20%), final exam (20%).

    Exams:

  • Midterm Exam Thursday 12 October in class, covering Chapters 0-1 and Handouts 0-2. Open notes.
  • Final Exam Friday 15 December, 7:00--10:00 pm, covering Chapters 0-5 and Handouts 0-6. Open notes.