1996 SIAM Annual Meeting
Program Overview
The following are subject classifications for the sessions. The codes in parentheses denote session type and number. The session types are Contributed Presentations (CP), Invited Presentations (IP), Minisymposia (MS), Short Courses (SC), and Special Lectures (SL).
Click here for poster presentations.
Approximation and Wavelets
Approximation (CP7)
Modern Topics in Orthogonal Systems (MS19)
Polynomial Interpolation (SL)
Wavelets (CP15)
Dynamical Systems
Chaos in Populatiion Dynamics (MS6)
Catalytic Pattern Formation on Microdesigned Surfaces (IP5)
Dynamical Systems (CP6)
Geometric Methods in Dynamical Systems I (AWM Workshop)(MS23)
Geometric Methods in Dynamical Systems II(MS28)
Multifractality: Physical Evidence and Mathematical Background (IP10)
Nonlinear Stability and Long Time Dynamics for PDEs I (MS22)
Nonlinear Stability and Long Time Dynamics for PDEs II (MS30)
Recent Results on Perturbed Nonlinear Schr�dinger Equations (MS49)
Education
Computational Science: Perspectives from an Evolving Field (MS29)
Innovative Education for Computer Scientists, Applied Mathematicians, and Engineers (MS18)
Presenting Your Work and Yourself to the World: A Focus on Oral Communications (MS3)
The New Sophomore Differential Equation Courses (MS5)
Fluids
Dewitting of Thin Solid Films (MS53)
Fluids I (CP1)
Fluids II (CP9)
Numerical Simulation of Oil and Gas Reservoirs (MS48)
Theories and Computations of Fluid Mixing (MS11)
Geometric Design
CAGD: Applied Industrial Mathematics (MS27)
Toy Story: Character-Driven Mathematics (SL)
Integrable Systems
Integrable Systems - Theory and Applications (IP4)
Nonlinear Dynamics and Geometry in Integrable and Near-Integrable Partial Differential Equations (MS38)
Inverse Problems
Case Examples in Inverse Problems (MS15)
Inverse Problems I (MS10)
Inverse Problems II (CP14)
Inverse Problems: Formulas for Finding Properties of Vibrating Systems from Nodal Lines and Surfaces (IP6)
Inverse Problems in Optical Science (MS34)
Resolution for Seismic Inverse Problems: Current Approximations and Uses (MS45)
Spectral Information in Inverse Problems (MS2)
The DoD: Research Interests in Inverse Problems (MS25)
Level Set Methods
Level Set Methods (SC)
Mathematical Finance
Mathematics of Finance (SC)
Mathematics of Finance I (MS41)
Mathematics of Finance II (MS51)
Medicine
Mathematics and Medicine (MS39)
Modeling
Material Modeling (CP3)
Modeling (CP11)
Numerical Linear Algebra
Numerical Linear Algebra I (CP4)
Numerical Linear Algebra II (CP12)
Numerical DEs
Numerical Ordinary Differential Equations (CP16)
Adaptive Grids (MS7)
Elliptic Equations (CP8)
Grid Generation and Applications I (MS20)
Grid Generation and Applications II (MS40)
Mimetic Finite-Difference Methods on Nonuniform Grids I (MS8)
Mimetic Finite-Difference Methods on Nonuniform Grids II (MS21)
Mesoscopic Modeling and Simulation of Hydrodynamic Phenomena I (MS42)
Mesoscopic Modeling and Simulation of Hydrodynamic Phenomena II (MS52)
Solution-Adaptive Mesh Techniques for Time-Varying PDEs (MS50)
Ocean Modeling
Geophysical Fluids and Mathematical Issues (MS9)
Mathematical Challenges in Ocean Modeling (IP8)
Triangular Spectral Elements for Ocean Modeling (MS43)
Optimization and Control
Applications of Control Theory (MS16)
Continuous Process Scheduling: Where Theory Meets Practice (IP2)
Identification and Control in Distributed Parameter Systems (MS12)
Methodology and Computations in Control of Distributed Parameter Systems (MS33)
Numerical Methods and Applications (MS44)
Optimal Control (MS24)
Optimization and Control (CP10)
Sensitivity and Control (CP2)
Stabilizing Time-Varying State and Output Feedback (IP7)
Stochastic Filtering and Control (MS1)
Partial Differential Equations
Multibump Solutions of Nonlinear Differential Equations (MS14)
Multidimensional Systems of Conservation Laws (MS37)
Partial Differential Equations (CP5)
Scientific Computing
Computational Differentiation (MS31)
Verification Theory, Techniques, Software: Components of Reliable Scientific Computing I (MS35)
Verification Theory, Techniques, Software: Components of Reliable Scientific Computing II (MS46)
Why Is It So Hard to Program Parallel Computers (IP9)
Stochastic Systems and Asymptotics
A Steepest-Descent/Stationary Phase Type Method for Oscillatory Riemann-Hilbert Problems. Applications to Integrable Models in Mathematical Physics (IP1)
New Models and Approaches for Stochastic Phenomena in Physics and Chemistry (MS13)
The Birth of the Infinite Cluster: Finite-Size Scaling in Percolation (IP3)
Transport and Waves
Computational Methods in Transport Theory (MS4)
Numerical Methods for Wave Propagation on Unbounded Domains I (MS36)
Numerical Methods for Wave Propagation on Unbounded Domains II (MS47)
Parallel Methods in Transport Theory (MS17)
Waves (CP13)
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MMD, 5/20/96