Campuses:

Talks

Date Title / Speaker Event
October 22, 1999 Asymptotics in the Internet
Scott Shenker (ACIRI/ICSI)
Scaling Phenomena in Communication Networks
October 22, 1999 HOT Power Laws in Networks and other Complex Systems
John Doyle (California Institute of Technology)
Scaling Phenomena in Communication Networks
October 22, 1999 Architectural Principles of the Internet
Mark Handley (International Computer Science Institute)
Scaling Phenomena in Communication Networks
October 22, 1999 Why Analyzing the Internet is Painfully Hard
Vern Paxson (ACIRI/ICSI)
Scaling Phenomena in Communication Networks
October 22, 1999 Welcome and Orientation
Fred Dulles (University of Minnesota, Twin Cities), Willard Miller Jr. (University of Minnesota, Twin Cities), Walter Willinger (AT&T Laboratories - Research)
Scaling Phenomena in Communication Networks
October 15, 1999 New Approach of Computing the Intrinsic Low Dimensional Manifold Reaction Space Via Complex Variables
Nelson Butuk (Prairie View A&M University)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 15, 1999 The Relationship between Finite-dimensional Manifolds of Reduced Kinetics and Infinite-dimensional Manifolds of Reacting Flows
Samuel Paolucci (University of Notre Dame)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 15, 1999 Applications of Systematically Reduced Mechanisms to Combustion Research
John Hewson (Sandia National Laboratories)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 15, 1999 Time Scale Separation and Scalar Space Requirements of Complex Chemical Systems
Peter Lindstedt (Imperial College London)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Singular Perturbation Theory for Reaction-diffusion PDEs
Tasso Kaper (Boston University)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Model Reduction for Chemical Kinetics: An Optimization Approach
Linda Petzold (University of California)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Some New Aspects of Efficient Calculation and Implementation of ILDM
Tilmann Blasenbrey (Universität Stuttgart)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Solution Mapping for Numerically Efficient Implementation of Chemical Kinetics
Michael Frenklach (University of California, Berkeley)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Geometric Singular Perturbation Theory
Christopher Jones (Brown University)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Development of Manifolds in Reaction-Diffusion Systems: Construction of Reduced Kinetic Mechanisms
Dimitris Goussis (Institute of Chem. Eng. & High Temp. Chem. Processes)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 The Role of Computational Singular Perturbation (CSP) in Chemical Kinetics
Sau-Hai Lam (Princeton University)
Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 14, 1999 Welcome and Introduction Minisympoium: Mathematical and Computational Strategies for Simplifying Complex Kinetics
October 13, 1999 Discussion Fires
October 13, 1999 Some Unresolved Fire Problems
Patrick Pagni (University of California, Berkeley)
Fires
October 13, 1999 Industrial Fire Simulation
Kevin Mcgrattan (National Institute of Standards and Technology)
Fires
October 13, 1999 Contribution to the Understanding of Wall Burning: Past and Present Work in Poitiers
Pierre Joulain (Université de Poitiers)
Fires
October 13, 1999 Zone Modeling, Theory, Applications, and Certainty
Walter Jones (National Institute of Standards and Technology)
Fires
October 12, 1999 Discussion Fires
October 12, 1999 Pyrolysis and Ignition of Solid Materials
Arvind Atreya (University of Michigan)
Fires
October 12, 1999 Discussion of a Correlation for Flame Height and Flame Entrainment Fires
October 12, 1999 Air Entrainment Rate Calculations Using Baum's Fire Induced Flow-field Formulation
Jayvant Gore (Purdue University)
Fires
October 12, 1999 Modeling Considerations for Large Fires
Louis Gritzo (Sandia National Laboratories)
Fires
October 11, 1999 Discussion Fires
October 11, 1999 Modeling Flame Spread and Extinction Limits in low-speed Concurrent Flows
James Tien (Case Western Reserve University)
Fires
October 11, 1999 The Modeling of Complex Physical Phenomena in Pyrolyzing Materials
Kathryn Butler (National Institute of Standards and Technology)
Fires
October 11, 1999 Important Physical and Chemical Processes in Materials for their Burning
Takashi Kashiwagi (National Institute of Standards and Technology)
Fires
October 11, 1999 Numerical Modeling of Endothermic Pyrolysis and Ignition Delay of Composite Materials Exposed to an External Radiant Flux
Carlos Fernandez-Pello (University of California, Berkeley)
Fires
October 11, 1999 Welcome and Introduction Fires
October 01, 1999 Numerical Simulation of Non-premixed Counterflow Flames and Reacting Mixing Layers
Ananias Tomboulides (Boston University)
Low Speed Combustion
October 01, 1999 Flow and Reaction in Tubular Solid Oxide Fuel Cells
Andy King (University of Birmingham)
Low Speed Combustion
September 30, 1999 Theoretical and Numerical Study of Critical Conditions for Spherical and Cylindrical Flame Initiation
Longting He (Princeton University)
Low Speed Combustion
September 30, 1999 Ignition of a Combustible Solid by Microwave Heating, and a Modulation Theory for Solutions of Fisher's Equation
Michael Booty (New Jersey Institute of Technology)
Low Speed Combustion
September 30, 1999 Frontal Polymerization as an Analog of Gasless Combustion
Vladimir Volpert (Northwestern University)
Low Speed Combustion
September 30, 1999 Diffusive-thermal Instability of Counterflow Flames at Low Lewis Number
Paul Ronney (University of Southern California)
Low Speed Combustion
September 30, 1999 Pressure Waves and Premixed Flames
Andy Mcintosh (University of Leeds)
Low Speed Combustion
September 30, 1999 AEA of Triple Flames: Introducing Corrections Due to Compressibility
Sandip Ghosal (Sandia National Laboratories)
Low Speed Combustion
September 29, 1999 Two-phase-flow Combustion: Deflagrations in Confined Porous Energetic Materials and their Stability
Stephen Margolis (Sandia National Laboratories)
Low Speed Combustion
September 29, 1999 On the Combined Effects of Gravity and Air Flow on Flame Spread over Solid Fuels
Amable Linan (Universidad Politécnica de Madrid)
Low Speed Combustion
September 28, 1999 Ignition
John Dold (University of Science and Technology in Manchester (UMIST))
Low Speed Combustion
September 28, 1999 From Single Droplet to Practical Spray Combustion: Fundamental Studies in Between
Alessandro Gomez (Yale University)
Low Speed Combustion
September 28, 1999 Mathematics and Physics for Supercritical Spray Combustion Research
Akira Umemura (Nagoya University)
Low Speed Combustion
September 28, 1999 Theoretical Issues in Droplet Evaporation Dynamics
Constantine Megaridis (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 27, 1999 Diffusion Flames - Structure and Stability
Moshe Matalon (Northwestern University)
Low Speed Combustion
September 27, 1999 Modeling of Heterogeneous Propellant Flames
Thomas Jackson (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 27, 1999 Edge-flames
John Buckmaster (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 27, 1999 A Unified Theory for Combustion-driven Flow Dynamics in a Model of a Solid Rocket Motor Chamber
David Kassoy (University of Colorado)
Low Speed Combustion
September 27, 1999 Introduction
John Buckmaster (University of Illinois at Urbana-Champaign), Fred Dulles (University of Minnesota, Twin Cities), Willard Miller Jr. (University of Minnesota, Twin Cities)
Low Speed Combustion
September 24, 1999 Solid Propellant Rockets
John Buckmaster (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 24, 1999 Flame Spread
Moshe Matalon (Northwestern University)
Low Speed Combustion
September 24, 1999 Linan Asymptotics, Turbulent Effects, etc.
John Buckmaster (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 24, 1999 Introduction to Diffusion Flames
Moshe Matalon (Northwestern University)
Low Speed Combustion
September 23, 1999 Laboratory Flames and their Stability
John Buckmaster (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 23, 1999 Structure of Premixed Flames
Moshe Matalon (Northwestern University)
Low Speed Combustion
September 23, 1999 Low Mach Number Flames
Moshe Matalon (Northwestern University)
Low Speed Combustion
September 23, 1999 Equations and Modeling Issues
John Buckmaster (University of Illinois at Urbana-Champaign)
Low Speed Combustion
September 23, 1999 Introduction
Fred Dulles (University of Minnesota, Twin Cities), Willard Miller Jr. (University of Minnesota, Twin Cities)
Low Speed Combustion
September 17, 1999 Numerical Methods for Sensitivity Computations
John Burns (Virginia Polytechnic Institute and State University)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 17, 1999 A Sequential Computer Experiment for Input Screening and Model Approximation
Max Morris (Iowa State University)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 17, 1999 Predictability and the Quantification of Uncertainty
James Glimm (University at Albany (SUNY))
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 17, 1999 Model Reduction and Assessment for Nonlinear Networked Systems
Linda Petzold (University of California)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 17, 1999 Direct Treatment of Uncertainties in Complex Models and Decision Making
Gregory Mcrae (Massachusetts Institute of Technology)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 16, 1999 Uncertainty in Mode Shape Data and its Influence on the Comparison of Test and Analysis Models
Robert Lust (General Motors Corporation)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 16, 1999 Effect of Total Modeling Uncertainty on the Accuracy of Numerical Simulations
Timothy Hasselman (Acta Inc.)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 16, 1999 Code Validation as a Reliability Problem
Timothy Trucano (Sandia National Laboratories)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 16, 1999 Methodologies for Treating Model Uncertainty and Discretization Error in Modeling and Simulation of Physical Systems
Kenneth Alvin (Sandia National Laboratories)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 16, 1999 Quantifying Uncertainty and Predictability in Mathematical Models
J. Mac Hyman (Los Alamos National Laboratory)
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 16, 1999 Introduction
James Cavendish (General Motors Corporation), Fred Dulles (University of Minnesota, Twin Cities), Willard Miller Jr. (University of Minnesota, Twin Cities), Fadil Santosa
Decision Making Under Uncertainty: Assessment of the Reliability of Mathematical Models
September 10, 1999 Reduced Model for Return-to-zero Pulse Propagation in Dispersion-managed Optical Fibers
William Kath (Northwestern University)
Analysis and Modeling of Optical Devices
September 10, 1999 Comparison of Theory and Experiment for Long Distance Dispersion-managed Soliton Transmission
Vladimir Grigoryan (University of Maryland)
Analysis and Modeling of Optical Devices
September 10, 1999 Coherent and Incoherent Spatial Solitons
Matthew Mitchell (Alcatel-Lucent Technologies Bell Laboratories)
Analysis and Modeling of Optical Devices
September 10, 1999 Pulse Propagation in Nonlinear Fiber Gratings, Theory and Experiment
Alejandro Aceves (University of New Mexico)
Analysis and Modeling of Optical Devices
September 10, 1999 Troubleshooting Fiber Bragg Grating Fabrication with Modeling
Alessandra Chiareli (3M)
Analysis and Modeling of Optical Devices
September 10, 1999 Understanding Electromagnetic Wave Propagation in Structured Photonic Crystals
Chris White (Alcatel-Lucent Technologies Bell Laboratories)
Analysis and Modeling of Optical Devices
September 10, 1999 Numerical Modeling and Design Optimization of Periodic Dielectric Structures
David Dobson (Texas A & M University)
Analysis and Modeling of Optical Devices
September 09, 1999 Studies of Absorbing, Impedance-Matched and Transparent Boundary Conditions for Schrödinger-Type Equations
David Yevick (University of Waterloo)
Analysis and Modeling of Optical Devices
September 09, 1999 Calculation of Electromagnetic and Acoustic Scattering via Boundary Variations and Analytic Continuation
Fernando Reitich (University of Minnesota, Twin Cities)
Analysis and Modeling of Optical Devices
September 09, 1999 Modeling Semiconductor Lasers: From Microsopic Physics to Device Applications
Robert Indik (University of Arizona)
Analysis and Modeling of Optical Devices
September 09, 1999 Application of Optical Simulations from the Perspective of a Device and Module Designer
Charles Haggans (Ciena Corporation)
Analysis and Modeling of Optical Devices
September 09, 1999 Component Modeling at Corning Incorporated
Dipak Chowdhury (Corning Incorporated)
Analysis and Modeling of Optical Devices
September 09, 1999 Advances in Modeling Optical Fiber Transmission Systems
Curtis Menyuk (University of Maryland Baltimore County)
Analysis and Modeling of Optical Devices
September 09, 1999 Modeling of Light Propagation in 1- and 10- Gigabit LANS
John Abbott (Corning Incorporated)
Analysis and Modeling of Optical Devices
September 09, 1999 Role of Optics in Very High Throughput Communication for Parallel Processing
J. Allen Cox (Honeywell)
Analysis and Modeling of Optical Devices
June 11, 1999 Workshop Summary
Leah Edelstein-Keshet (University of British Columbia)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 11, 1999 Mechanistic Models for Animal Home Ranges
Paul Moorcroft (Princeton University)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 11, 1999 Quantitative Modeling of Bacterial Aggregation Based on `Energy Taxis'
Alex Mogilner (University of California)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 Moment Closure of Reaction Transport Equations
Thomas Hillen (The University of Utah)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 From a Skein of Individuals to Partial Integro-Differential Equations
Ulrike Schuldenzucker (Rheinische Friedrich-Wilhelms-Universität Bonn)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 Flocking Kinematics and Nonlinear Fluid Flow Equations: Some Exact Analytic Solutions
Ricardo Diaz (University of Northern Colorado)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 From Populations to Indviduals: Applications of Continuum and Discrete Models in Cancer Growth
Sandy Anderson (University of Dundee)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 From the Individual Behaviour Subject to Stochastic Fluctuations to the PIDE Describing The Global Behaviour Of an Aggregating Population
Vincenzo Capasso (Università di Milano)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 Birth and Death Processes and Mass Action Laws in Biology and Chemistry: AN Interacting Particle Systems Approach
Shay Gueron (Technion-Israel Institute of Technology)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 10, 1999 From Individual Decisions to Aggregates and from Aggregates to Indivudual Dicisions
Paulien Hogeweg (Rijksuniversiteit te Utrecht)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 09, 1999 Continuum Taxis Equations Based on Individual Behavior
Hans Othmer (The University of Utah)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 09, 1999 Hyperbolic v Parabolic Models for Chemotaxis (Individual and Population Density Based Models)
Angela Stevens (Max-Planck-Institut für Mathematik)
Workshop: From Individual to Aggregration: Modeling Animal Grouping
June 09, 1999 Reaction Transport Equations as Models for Spread and Reactions
Karl Hadeler (Eberhard-Karls-Universität Tübingen)
Workshop: From Individual to Aggregration: Modeling Animal Grouping

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