Campuses:

Talks

Date Title / Speaker Event
September 13, 2000 Probabilistic and Statistical Methods
Basilis Gidas (Brown University)
Mathematical Methods in Speech and Image Analysis
September 13, 2000 Conformal Flows in Computer Vision
Allen Tannenbaum (Georgia Institute of Technology)
Mathematical Methods in Speech and Image Analysis
September 12, 2000 An Introduction to Wavelets and Image Representation (continued)
Jianhong Shen (University of Minnesota, Twin Cities)
Mathematical Methods in Speech and Image Analysis
September 12, 2000 Probabilistic and Statistical Methods
Basilis Gidas (Brown University)
Mathematical Methods in Speech and Image Analysis
September 12, 2000 An Introduction to Wavelets and Image Representation
Jianhong Shen (University of Minnesota, Twin Cities)
Mathematical Methods in Speech and Image Analysis
September 11, 2000 Probabilistic and Statistical Methods
Basilis Gidas (Brown University)
Mathematical Methods in Speech and Image Analysis
September 11, 2000 Introduction & Overview (continued)
Stuart Geman (Brown University)
Mathematical Methods in Speech and Image Analysis
September 11, 2000 Introduction & Overview
Stuart Geman (Brown University)
Mathematical Methods in Speech and Image Analysis
September 11, 2000 Introduction
Willard Miller Jr. (University of Minnesota, Twin Cities)
Mathematical Methods in Speech and Image Analysis
August 30, 2000 Testing of RNG: Some Theoretical Results and their Practical Applications
Stanislav Molchanov (University of North Carolina)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 30, 2000 Non-Gaussian Noise Processes in Amorphous Silicon
James Kakalios (University of Minnesota, Twin Cities)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 30, 2000 Thermodynamically Valid Noise Models for Nonlinear Devices
Geoffrey Coram (Analog Devices Incorporated)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 30, 2000 Perspectives on RF Integrated Circuit Noise Analysis: Part II: Noise Analysis Techniques in RF Circuit Simulators
Baolin Yang (Cadence Design Systems)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 30, 2000 Controlling Noisy Systems
Daniel Ocone (Rutgers, The State University of New Jersey)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 30, 2000 Noise Analysis Issues in RF Circuits
Amit Mehrotra (University of Illinois at Urbana-Champaign)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Discussion Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Perspectives on RF Integrated Circuit Noise Analysis: Part I: Industrial Experiences with Noise Analysis in RF Circuits
Joel Phillips (Cadence Design Systems)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Fractional Gaussian Noise in Linear Systems
Tyrone Duncan (University of Kansas)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Noise in Optical Systems
Franz Kaertner (Universität Fridericiana (TH) Karlsruhe)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Deterministic Systems that Approximate Stochastic Processes: Analysis and Numerics
Paul Tupper (Stanford University)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Modeling and Analysis of Communication Circuit Performance using Markov Chains and Efficient Graph Representations
Alper Demir (Alcatel-Lucent Technologies Bell Laboratories)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Matrix-Implicit Iterative Algorithms in RF Circuit Noise Analysis
Jacob White (Massachusetts Institute of Technology)
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 29, 2000 Introduction
Fred Dulles, Kiran Gullapalli (Motorola), Fadil Santosa
Modeling and Analysis of Noise in Integrated Circuits and Systems
August 18, 2000 Towards a Theory of GNSS Carrier-Phase Ambiguity Resolutions
Peter Teunissen (Technische Universiteit te Delft)
Mathematical Challenges in Global Positioning Systems (GPS)
August 18, 2000 Discusion - Computational Aspects of Kalman Filtering of GPS Observations
Kai Borre (Aalborg University)
Mathematical Challenges in Global Positioning Systems (GPS)
August 18, 2000 Speeding Up Filter Convergence In High Preceission, Very Large Area Kinematic Navigartion
Oscar Colombo (NASA Goddard Space Flight Center)
Mathematical Challenges in Global Positioning Systems (GPS)
August 18, 2000 Retrieval of Ocean and Land Surface Characteristics Using Measurements of Reflected GPS Signals
Penina Axelrad (University of Colorado)
Mathematical Challenges in Global Positioning Systems (GPS)
August 18, 2000 Sensing the Temporal and Spatial Distribution of Atmospheric Water Vapor Using GPS
Gunnar Elgered (Chalmers University of Technology)
Mathematical Challenges in Global Positioning Systems (GPS)
August 18, 2000 Possibilities and Limitations of Tomography
Frank Natterer (Westfälische Wilhelms-Universität Münster)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 Discusion - Open Mathematical Issues
Gilbert Strang (Massachusetts Institute of Technology)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 Approximate Nonlinear Filtering for GPS
Babak Azimi-Sadjadi (University of Maryland), P. S. Krishnaprasad (University of Maryland)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 Statistical Reliability Measures for GPS
Gerard Lachapelle (University of Calgary)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 The Linear Model in GPS Integrity Monitoring
Robert Kelly (NONE)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 The GPS Carrier Phase Ambiguity Resolution
Ron Hatch (NavCom Technology, Inc)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 Characterization of Carrier Phase Multipath and Mitigation through the Use of Multiple Antennas
M. Elizabeth Cannon (University of Calgary)
Mathematical Challenges in Global Positioning Systems (GPS)
August 17, 2000 The Limiting Error in GPS/DGPS: MULTIPATH
Michael Braasch (Ohio University)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 Estimation of DGPS Carrier-Phase Errors Using a Receiver Network
John Raquet (Air Force Institute of Technology)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 Initial Solution of Pseudo-range Equations
Michael Elgersma (Honeywell)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 Real Time GPS Absolute Positioning Errors
James Clynch (Naval Postgraduate School)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 New Opportunities Using New Civil GPS Signals for Multipath Mitigation and Carrier Phase Ambiguity Resolution
A.J. Van Dierendonck (AJ Systems)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 Carrier Phase Measurements Characteristics and Utilization Overview
Gerard Lachapelle (University of Calgary)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 Current GPS Constellation and Signal Structure Overview
A.J. Van Dierendonck (AJ Systems)
Mathematical Challenges in Global Positioning Systems (GPS)
August 16, 2000 Welcome and Orientation
Fred Dulles, Gerard Lachapelle (University of Calgary), Willard Miller Jr.
Mathematical Challenges in Global Positioning Systems (GPS)
July 19, 2000 Team 6: Design of a Microactuator
David Ross (Eastman Kodak Company)
Mathematical Modeling in Industry V - A Workshop for Graduate Students
July 19, 2000 Team 5: Network Analysis
Norm Curet (National Security Agency)
Mathematical Modeling in Industry V - A Workshop for Graduate Students
July 19, 2000 Team 4: Computed Tomography
Sarah Patch (General Electric Corp., Research and Development Center)
Mathematical Modeling in Industry V - A Workshop for Graduate Students
July 19, 2000 Team 3: Computer Aided Design: The Surface Intersection Problem
Thomas Grandine (The Boeing Company)
Mathematical Modeling in Industry V - A Workshop for Graduate Students
July 19, 2000 Team 2: Optimizing Language Models and Texts for Automatic Speech Recognition
Joan Bachenko (Linguistic Technologies, Inc.)
Mathematical Modeling in Industry V - A Workshop for Graduate Students
July 19, 2000 Team 1: RF Communication Circuits
Robert Melville (Alcatel-Lucent Technologies Bell Laboratories)
Mathematical Modeling in Industry V - A Workshop for Graduate Students
July 19, 2000 Introduction
Willard Miller Jr.
Mathematical Modeling in Industry V - A Workshop for Graduate Students
June 09, 2000 Transition Regimes for Linear Kinetic Equations
Charles Levermore (University of Maryland)
Multiscale Models for Surface Evolution and Reacting Flows
June 09, 2000 A Multiscale Approach to Cluster Growth Problems
Markos Katsoulakis (University of Massachusetts)
Multiscale Models for Surface Evolution and Reacting Flows
June 09, 2000 Some Questions on Kinetic Models of Phase Transitions
Thierry Goudon (Université de Nice Sophia Antipolis)
Multiscale Models for Surface Evolution and Reacting Flows
June 09, 2000 Fluctuations and Structures in Dilute Sedimentation
Peter Mucha (University of Minnesota, Twin Cities)
Multiscale Models for Surface Evolution and Reacting Flows
June 09, 2000 Monte Carlo Simulations of Polycrystalline Thin Films Deposited by PVD
Jacques Dalla Torre (Alcatel-Lucent Technologies Bell Laboratories)
Multiscale Models for Surface Evolution and Reacting Flows
June 08, 2000 Langton's Ant: a Toy Model for Low Dimensional Reactive Rrocesses
Jean-Pierre Boon (Université Libre de Bruxelles)
Multiscale Models for Surface Evolution and Reacting Flows
June 08, 2000 Multiscale Modeling of Boron Diffusion in Silicon: Ab Initio to Continuum
Matthew Laudon (Motorola)
Multiscale Models for Surface Evolution and Reacting Flows
June 08, 2000 A Homogenization Technique for the Boltzmann Equation for Low Pressure Chemical Vapor Deposition
Matthias Gobbert (University of Maryland Baltimore County)
Multiscale Models for Surface Evolution and Reacting Flows
June 08, 2000 Modeling Epitaxial Growth Using the Level-Set Method
Christian Ratsch (University of California, Los Angeles)
Multiscale Models for Surface Evolution and Reacting Flows
June 07, 2000 Level Set Based Analysis and Fast Algorithms for Surface Evolution
Stanley Osher (University of California, Los Angeles)
Multiscale Models for Surface Evolution and Reacting Flows
June 07, 2000 Multiscale Models for Chemical Reactors
Dionisios Vlachos (University of Massachusetts)
Multiscale Models for Surface Evolution and Reacting Flows
June 07, 2000 Homogeneous and Heterogeneous Models for Silicon Oxidation
John King (University of Nottingham)
Multiscale Models for Surface Evolution and Reacting Flows
June 06, 2000 Feature-scale to Wafer-scale Modeling of Physical Vapor Deposition
Peter O'Sullivan (Alcatel-Lucent Technologies Bell Laboratories)
Multiscale Models for Surface Evolution and Reacting Flows
June 06, 2000 Multi-scale Quantum Models for Biological Systems
Darrin York (University of Minnesota, Twin Cities)
Multiscale Models for Surface Evolution and Reacting Flows
June 06, 2000 Integrated Multiscale Process Simulation in Microelectronics
Timothy Cale (Rensselaer Polytechnic Institute)
Multiscale Models for Surface Evolution and Reacting Flows
June 05, 2000 Interface Simulations in Semiconductor Manufacturing
James Sethian (University of California, Berkeley)
Multiscale Models for Surface Evolution and Reacting Flows
June 05, 2000 Multiscale Problems in Semiconductor Processing
Avner Friedman (University of Minnesota, Twin Cities)
Multiscale Models for Surface Evolution and Reacting Flows
June 05, 2000 Taking on the Multiscale Challenge
Leonard Borucki (Motorola)
Multiscale Models for Surface Evolution and Reacting Flows
June 05, 2000 Introduction
Fred Dulles (University of Minnesota, Twin Cities), Willard Miller Jr. (University of Minnesota, Twin Cities), Christian Ringhofer (Arizona State University)
Multiscale Models for Surface Evolution and Reacting Flows
May 26, 2000 Towards Kinetic Modeling of Turbulent Flows
Pierre Degond (Université de Toulouse III (Paul Sabatier))
Simulation of Transport in Transition Regimes
May 26, 2000 Global Symmetric Solutions to the Relativistic Vlasov-Poisson Equation in Three Space Dimensions
Robert Glassey (Indiana University)
Simulation of Transport in Transition Regimes
May 26, 2000 Numerical Methods for Multiscale Kinetic Equations
Shi Jin (Georgia Institute of Technology)
Simulation of Transport in Transition Regimes
May 25, 2000 Parallel, Self-adaptive Multidimesional Radiative Transfer
Dinshaw Balsara (University of Illinois at Urbana-Champaign)
Simulation of Transport in Transition Regimes
May 25, 2000 Boundary Conditions and Boundary Layers for a Class of Linear Relaxation Systems in a Quarter Plane
Wen-Qing Xu (University of Massachusetts)
Simulation of Transport in Transition Regimes
May 25, 2000 Irreversible Thermodynamics and Generalized Hydrodynamics
B.c. Eu (McGill University)
Simulation of Transport in Transition Regimes
May 25, 2000 Discrete Velocity Models for Numerical Simulations in Transitional Regime and Application to Rarefied Flows and Radiative Transfer
Pierre Charrier (Université de Bordeaux I)
Simulation of Transport in Transition Regimes
May 25, 2000 Submicron-Device Simulation Using the Spherical-Harmonics Approach: Transport Solution in Both Silicon and Silicon Dioxide
Massimo Rudan (Università di Bologna)
Simulation of Transport in Transition Regimes
May 25, 2000 Magnetically Created Instability in a Collisionless Plasma
Walter Strauss (Brown University)
Simulation of Transport in Transition Regimes
May 25, 2000 Weighted Essentially Non-Oscillatory Schemes Applied to the Simulation of the Kinetic Equations
Chi-Wang Shu (Brown University)
Simulation of Transport in Transition Regimes
May 24, 2000 Maximum Entropy Moment Problems and Extended Euler Equations
Michael Junk (Universität Kaiserslautern)
Simulation of Transport in Transition Regimes
May 24, 2000 Towards an Explicit, Uniformely Accurate Godunov Method for Hyperbolic Systems with Relaxation Source Terms
Jeffrey Hittinger (University of Michigan)
Simulation of Transport in Transition Regimes
May 24, 2000 Viscoelastic Fluid Models Derived from Kinetic Equations of Polymers
Mohammed Lemou (Université de Toulouse III (Paul Sabatier))
Simulation of Transport in Transition Regimes
May 24, 2000 Kinetic Schemes and Boundary Conditions for Moment Equations in Kinetic Theory
Henning Struchtrup (University of Victoria)
Simulation of Transport in Transition Regimes
May 24, 2000 Relaxation-time Operator: Asymptotic Limits and Simulation
Jose Carrillo (The University of Texas at Austin)
Simulation of Transport in Transition Regimes
May 24, 2000 Hybrid Solution of Unsteady Flow Problems Using a Merged Euler/Kinetic Theory Approach
David Goldstein (The University of Texas at Austin)
Simulation of Transport in Transition Regimes
May 24, 2000 Numerical Methods for Radiative Heat Transfer Equations in Diffusive Regimes
Axel Klar (TU Darmstadt)
Simulation of Transport in Transition Regimes
May 24, 2000 Hybrid Particle-based Approach for Simulation of Semiconductor Devices: The Full-band Cellular Automata/Monte Carlo Method
Marco Saraniti (Illinois Institute of Technology)
Simulation of Transport in Transition Regimes
May 24, 2000 Computational Aspects of Rarefied Flows
Philip Roe (University of Michigan)
Simulation of Transport in Transition Regimes
May 23, 2000 Uniformely Accurate Monte Carlo Methods for the Boltzmann Equation
Lorenzo Pareschi (Università di Ferrara)
Simulation of Transport in Transition Regimes
May 23, 2000 Rigorous Derivation of a Hierarchy of Macroscopic Models for Plasmas
Ansgar Jungel (Universität Konstanz)
Simulation of Transport in Transition Regimes
May 23, 2000 The Interaction Between a Gas and a Radiation Field from a Kinetic Point of View
Anne Nouri (Institut National des Sciences Appliquées (INSA) de Lyon)
Simulation of Transport in Transition Regimes
May 23, 2000 Analytical Study of Bifurcation of a Flow of a Gas Between Coaxial Circular Cylinders with Evaporation and Condensation
Yoshio Sone (Kyoto University)
Simulation of Transport in Transition Regimes
May 23, 2000 Beyond Navier Stokes: Burnett Equations for Flow Simulations in Continuum-Transition Regime
Ramesh Agarwal (Wichita State University)
Simulation of Transport in Transition Regimes
May 23, 2000 From Boltzmann Equations to Fluid Mechanics Equations
Nader Masmoudi (New York University)
Simulation of Transport in Transition Regimes
May 23, 2000 Sobolev Norm and Carrier Transport in Semiconductors
Orazio Muscato (Università di Catania)
Simulation of Transport in Transition Regimes
May 23, 2000 N Particle Limits and Derivation of the Self Consistent Non-linear Schrödinger Equation
Claude Bardos (Université de Paris VII (Denis Diderot))
Simulation of Transport in Transition Regimes
May 22, 2000 Space and Time Discretization for Expansion Mathods for the Boltzmann Equation
Christian Ringhofer (Arizona State University)
Simulation of Transport in Transition Regimes
May 22, 2000 Macroscopic Models for Charge Transport Dominated by Impact Ionization
Christian Schmeiser (Technische Universität Wien)
Simulation of Transport in Transition Regimes
May 22, 2000 ES-BGK and Boltzmann Models: Theory and Numerical Comparison
Benoit Perthame (École Normale Supérieure)
Simulation of Transport in Transition Regimes
May 22, 2000 Performance Degradation of Small Silicon Devices Caused by Long-range Coulomb Interactions
Max Fischetti (IBM)
Simulation of Transport in Transition Regimes

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