MATH 750

Fourier Analysis  - Fall 2006
Professor Robert Sharpley
Meets: TuTh  12:30-1:45 in LeConte College 310

Instructor Information
 Office:   LeConte 313 D, and Sumwalt 206.
 Office Hours: TuTh 1:45-3:00 and by appointment.

Course Announcements For Friday, Sept 15, 2006:

Course Topics
The course is the study of the basic principles of Fourier analysis. Lectures will drawn from several references (listed below) and will include the following topics:

Fourier series of periodic functions and the Fourier transform on the line: representation of functions, i.e. convergence and divergence (point-wise sense, in the norms of various function spaces, and almost everywhere), convergence of Fejer means and summability; Parseval's relation and the square summable theory; conjugate Fourier series, the conjugate function and the Hilbert transform, the Hardy-Littlewood maximal operator, the Riesz-Thorin and Marcinkiewicz interpolation theorems, function spaces, Riesz' theorem. Additional topics may include Poisson summation formula, unconditional convergence of Fourier series; introduction to Fourier multipliers and wavelets.

Applications will include topics in the theory of partial differential equations and signal processing, in particular the FFT.

Prerequisites
  Real Analysis (Math 703-704)

Lectures:
    Link to Weekly Outline

Primary Reference

Additional References

Course Grading
   Assigned Homework (50%), Mid-term exam (25%) and Final (25%).

Homework Assignments & Other Course Materials
   Check this Link for homework assignments and other course materials.

 


For further information, please contact sharpley@math.sc.edu

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