Graduate Courses, Spring 2006

(MATH, AMSC, STAT, and MAIT)

General Interest

• MATH/AMSC/STAT 687 Minicourses in the Mathematical Sciences
• MATH 689 Research Interactions in Mathematics or Statistics (various sections)
• AMSC 689 Research Interactions in Applied Mathematics (various sections)

Algebra/Algebraic Geometry/Number Theory

• MATH 601 Abstract Algebra II (Schafer)
• MATH 608C Cycolotomic Fields (Washington)
• MATH 608G Algebraic Groups (Haines)

Analysis

• MATH 630 (Wolfe)
• MATH 631 Real Analysis II (Johnson)
• MATH 636 Representation Theory (Adams)

Differential Equations/Dynamical Systems

• MATH 643 Dynamical Systems (Keane)
• MATH 648C Calculus of Variations (Dolzmann)
• MATH 648F Theory of Frames (Benedetto)
• MATH 661 Complex Analysis II (Jakobson)
• MATH/AMSC 671Ordinary Differential Equations II (Hunt)
• MATH/AMSC 674 Partial Differential Equations (Grillakis)

Logic

• MATH 713 Mathematical Logic II (David Kueker)

Geometry/Topology

• MATH 734 Algebraic Topology (Cohen)
• MATH 742 Differential Topology (Novikov)
• MATH 745 Lie Groups (Grove)
• MATH 748G Hyperbolic Manifolds (Goldman)

Numerical Analysis/Applied Mathematics (AMSC)

• AMSC 661 Scientific Computing II (Elman)
• AMSC 664 Advanced Scientific Computing II (Drake)
• AMSC 666 Numerical Analysis I (Stewart)
• AMSC 667 Numerical Analysis II (Nochetto)
• AMSC 698M Market Equilibirum (Gabriel)

Probability/Statistics (STAT)

• STAT 601 Probability Theory II (Dolgopyat)
• STAT 650 Applied Stochastic Processes (Slud)
• STAT 698P Topics in Stochastic Processes (Freidlin)
• STAT 701 Mathematical Statistics II (Kagan)
• STAT 705 Computational Statistics (Kedem)
• STAT 730 Time Series Analysis (Kedem)
• STAT 741 Linear Statistical Models II (Smith)

Applied Harmonic Analysis (MAIT)

• MAIT 615 Quantum Information, Detection and Computation (Kebo)
• MAIT 624 Modern Methods of Signal and Image Processing (Maldonado)
• MAIT 633 Applied Fourier Analysis (Healy)