| Title of Problem
Presentation |
Author |
Presentation |
Company |
Broad Application
Area |
Specific Area of
Application |
Mathematical Disciplines |
IMA
Volume # |
| Unresolved
mathematical issues in coating flow mechanics |
Stephan
Kistler |
30-Oct-87 |
3M |
mechanics
and fluid mechanics |
Coating flows |
fluid mechanics |
16 |
| A close
encounter problem of random walk in polymer physics |
Young--Hwa
Kim |
13-Nov-87 |
3M |
chemical processes |
Polymer physics |
Probability |
16 |
| Mathematical
models for thermal imaging-an heuristic approach |
Charles
Rennolet |
13-Jan-89 |
3M |
photography |
Thermal imaging |
PDE |
24 |
| Modeling
problems in magneto--optic recording |
Roger
J. Anderson |
12-May-89 |
3M |
data storage
and retrieval |
Magneto--optic recording |
PDE |
24 |
| Mathematical
modeling of dielectric waveguides |
David
K. Misemer |
3-Nov-89 |
3M |
circuits
and communications |
Optical dielectric waveguides |
Maxwell equations |
31 |
| Theory
of polymer melt viscoelasticity |
Young-Hwa
Kim |
16-Feb-90 |
3M |
materials |
Polymers |
Statistical mechanics |
31 |
| Orientation
of colloidal magnetically switchable particles |
Richard
D. Olmsted |
12-Oct-90 |
3M |
data storage
and retrieval |
Magnetic media |
Statistical mechanics |
38 |
| Mathematical
problems in color visualization |
Donald
H. Singley |
10-Jan-92 |
3M |
sensing
and imaging |
Color imaging |
Integral transforms |
49 |
| Kinetic
models of photobleaching |
David
K. Misemer |
8-May-92 |
3M |
photography |
Photochemical materials |
Kinetic theory |
49 |
| Magnetization
reversal in particulate recording media |
T. R.
Hoffend, Jr. |
25-Sep-92 |
3M |
data storage
and retrieval |
Magnetic recording |
Classical mechanics |
57 |
| Simulation
of magnetic recording and playback processes |
Robert
L. Brott |
15-Jan-93 |
3M |
data storage
and retrieval |
Magnetic recording |
Maxwell equations |
57 |
| Sunglitter
in oceanic remote detection |
David
G. Freier |
22-Jan-93 |
3M |
sensing
and imaging |
Signal processing |
Probability |
57 |
| Track
reconstruction and data fusion |
William
J. Satzer |
26-Mar-93 |
3M |
sensing
and imaging |
Navigation systems |
Probability |
57 |
| Head-media
interaction in magnetic recording |
Hamid
R. Mortazavi |
13-Dec-93 |
3M |
data storage
and retrieval |
Magnetic recording |
Fluid mechanics |
67 |
| Propagation
of highly scattered radiation in tissue |
David
K. Misemer |
18-Mar-94 |
3M |
sensing
and imaging |
Medical measurements |
Maxwell equations |
67 |
| Chemical
filtration modeling |
David
G. Freier |
14-Apr-95 |
3M |
chemical
processes |
Chemical filtration |
PDE |
83 |
| A diffusion
model of droplet absorption |
Larry
Carson |
3-Nov-95 |
3M |
materials |
Drying times |
Fluid mechanics |
88 |
| Modeling
solvation properties of molecules |
David
K. Misemer |
29-Mar-96 |
3M |
mechanics
and fluid mechanics |
Dilute solutions of molecules |
Quantum and fluid mechanics |
88 |
| The light
field for diffusely scattering media |
Robert
L. Brott |
8-Nov-96 |
3M |
optics
and scattering |
Movie screens |
Optics |
100 |
| Mass
transport and adsorption in particle-loaded beds |
Tom Hoffend
|
21-Feb-97 |
3M |
materials |
water purification, respirators,
etc. |
Fluid mechanics |
100 |
| Ideal
forming theory |
Russell
L. Mallet |
7-Feb-92 |
Alcoa |
materials |
Metal forming |
Continuum mechanics |
49 |
| Linear
analysis of megastructures |
Carl
A. Nelson |
16-Apr-91 |
Alliant
Techsystems |
mechanics
and fluid mechanics |
Drift of tall buildings |
Elasticity theory, PDE |
38 |
| The element-free
Galerkin method in large deformations |
Stephen
Beissel |
28-Apr-95 |
Alliant
Techsystems |
mechanics
and fluid mechanics |
Large deformations in
solids |
Numerical analysis |
83 |
| A selection
of applied mathematics problems |
James
McKenna |
22-Apr-88 |
AT&T |
miscellaneous applications |
Robotics, semiconductors,
queuing |
Geometry,PDE,probability |
16 |
| Applications
of large deviations to communications |
Alan
Weiss |
4-Nov-88 |
AT&T |
circuits
and communications |
Communications |
Probability |
24 |
| Optimal
switching between a pair of Brownian motions |
Robert
J. Vanderbei |
26-Apr-89 |
AT&T |
miscellaneous applications |
Multi-step decision making |
Probability |
24 |
| Fluid
models and other asymptotic limits with data and teletraffic
applications |
Debasis
Mitra |
16-Jun-89 |
AT&T |
circuits
and communications |
Communications queuing networks |
Probability |
24 |
| Topics
in tomography |
Larry
Shepp |
4-May-90 |
AT&T |
sensing
and imaging |
Tomography |
integral transforms |
31 |
| Terminally
attached polymer chains |
Sanjay
S. Patel |
28-Sep-90 |
AT&T |
materials |
Polymers, adhesion promotion
and prevention |
Field theory |
38 |
| Analysis
of cellular mobile radio |
Paul
E. Wright |
27-Jan-95 |
AT&T |
circuits
and communications |
Cellular mobile radio |
queuing theory |
83 |
| Sphere
packing problems: from the obvious to the puzzling |
Frank
H. Stillinger |
22-Sep-95 |
AT&T |
miscellaneous applications |
Atom and ion packing,
etc. |
Mechanics |
88 |
| The changing
nature of network traffic analysis and modeling |
Walter
Willinger |
10-Jan-97 |
AT&T |
circuits
and communications |
Communication networks |
Probability |
100 |
| Packing
problems in data communications |
Michael
Honig |
16-Oct-87 |
Bellcore |
circuits
and communications |
Data communications |
information theory, analysis |
16 |
| Combinatorial
problems arising in network optimization |
Fan R.K.
Chung |
26-Feb-88 |
Bellcore |
circuits
and communications |
Communication networks |
Combinatorics |
16 |
| Fundamental
limits to digital syncronization |
Bhashrpilla
Gopinath |
3-Jun-88 |
Bellcore |
circuits
and communications |
Digital communications |
analysis |
16 |
| Signal
design problems in multi-channel data communication |
Michael
Honig |
3-Oct-88 |
Bellcore |
circuits
and communications |
Signal processing |
Optimization |
24 |
| Graph
spectra, connectivity, and spin glass models of associative
memory |
John
Schotland |
20-Jan-89 |
Bellcore |
data storage
and retrieval |
Neural networks |
Statistical mechanics |
24 |
| Conformation
of random polymers |
John
Schotland |
11-Apr-90 |
Bellcore |
materials |
Polymers |
Statistical mechanics |
31 |
| Information,
probability and learning from examples |
Andrew
T. Ogielski |
26-Oct-90 |
Bellcore |
algorithms |
Information theory |
Probability |
38 |
| Signal
design with an amplitude constraint |
Michael
L. Honig |
8-Mar-91 |
Bellcore |
circuits
and communications |
Signal processing |
Analysis |
38 |
| Stochastic
analysis of a slotted communication channel |
Shlomo
Halfin |
6-Dec-91 |
Bellcore |
circuits
and communications |
Digital communications |
Probability |
49 |
| Pulse
optimization for multi-user data communications |
Michael
L. Honig |
11-Mar-94 |
Bellcore |
circuits
and communications |
Digital communications |
Transform analysis |
67 |
| High
speed coating of optical fibers |
John
Abbott |
4-Oct-91 |
Corning
Incorporated |
optics
and scattering |
Coating flows, Optical
fibers |
Fluid mechanics |
49 |
| Numerical
simulations for industrial chemical research |
Erich
Wimmer |
24-May-91 |
Cray
Research |
chemical processes |
Chemical modeling |
Quantum mechanics |
38 |
| Sparse
matrix methods for chemical process simulation |
Stephen
E. Zitney |
27-Sep-91 |
Cray
Research |
chemical processes |
Chemical process simulation |
Numerical analysis |
49 |
| Interprocessor
memory contention |
Robert
Numrich |
21-Feb-92 |
Cray
Research |
data storage
and retrieval |
Shared computer memory |
Dimensional analysis,
probability |
49 |
| Iterative
solution methods on the Cray YMP/C90 |
Qasim
Sheikh |
12-Mar-93 |
Cray
Research |
algorithms |
Solving large linear
systems |
Numerical analysis |
57 |
| Conservation
laws in crystal precipitation |
Peter
E. Castro |
6-Nov-87 |
Eastman
Kodak |
materials |
Crystal precipitation |
PDE, conservation laws |
16 |
| Mathematical
modeling of semiconductor lasers |
John
Spence |
6-Apr-90 |
Eastman
Kodak |
environment
and energy |
Semiconductor lasers |
Maxwell equations |
31 |
| A limited
coalescence problem |
David
Ross |
8-Feb-91 |
Eastman
Kodak |
photography |
Photographic films |
Nonlinear PDE |
38 |
| Parameter
identification in a reaction diffusion model |
Kam Chuen
Ng |
12-Apr-91 |
Eastman
Kodak |
photography |
Photographic films |
Control theory, PDE |
38 |
| Imaging
by random coverage |
Peter
Castro |
19-Oct-91 |
Eastman Kodak |
sensing
and imaging |
Photography |
Statistical mechanics |
49 |
| Mathematics
of blood analysis |
David
S. Ross |
13-Mar-92 |
Eastman
Kodak |
life sciences |
Blood testing |
ODE |
49 |
| Brownian
dynamics simulations of colloidal dispersion |
Dennis
R. Perchak |
24-Apr-92 |
Eastman Kodak |
mechanics
and fluid mechanics |
Colloidal dispersions |
Probability |
49 |
| Variable
forgetting factors in Kalman filtering |
John
P. Spence |
2-Oct-92 |
Eastman
Kodak |
manufacturing
and control |
Color photocopying |
Probability |
57 |
| Dissolution
kinetics with feedback |
David
Ross |
7-May-93 |
Eastman
Kodak |
chemical
processes |
Chemical dissolution |
PDE |
57 |
| Wetting
and adsorption at chemically heterogeneous surfaces |
Yitzhak
Shnidman |
13-May-93 |
Eastman
Kodak |
materials |
Wetting of surfaces |
Statistical mechanics |
57 |
| Mass
transport in colloidal dispersions |
David
S. Ross |
8-Oct-93 |
Eastman
Kodak |
photography |
Photographic films |
PDE |
67 |
| A short
random walk through polymer material behavior |
Dennis
Perchak |
29-Apr-94 |
Eastman Kodak |
materials |
Polymers |
Probability |
67 |
| Maxwell's
equations and the analysis of electromagnetic devices |
Edward
P. Furlani |
27-May-94 |
Eastman Kodak |
manufacturing
and control |
Electromagnetic devices |
Maxwell equations |
67 |
| A mathematical
model of a crystallizer |
David
S. Ross |
7-Oct-94 |
Eastman Kodak |
materials |
Abrasives |
PDE |
83 |
| Fluid
flow in a porous medium |
John
Hamilton |
24-Feb-95 |
Eastman Kodak |
mechanics
and fluid mechanics |
Blood testing |
Fluid mechanics |
83 |
| Nonlinear
diffusion in coating flows |
David
Ross |
1-Dec-95 |
Eastman
Kodak |
mechanics
and fluid mechanics |
Coating flows |
Fluid mechanics |
88 |
| Formation
of photographic images |
Peter
Castro |
18-Jan-96 |
Eastman
Kodak |
photography |
Photographic films |
Probability theory |
88 |
| Convective-diffusive
lattice-gas models for flow under shear |
Yitzhak
Shnidman |
9-Feb-96 |
Eastman
Kodak |
mechanics
and fluid mechanics |
Photographic films |
Quantum mechanics |
88 |
| Modeling
techniques for computation of coating flows |
Steven
J. Weinstein |
25-Oct-96 |
Eastman
Kodak |
mechanics
and fluid mechanics |
Photographic films |
Computational fluid dynamics |
100 |
| Measuring
coalescence rates |
David
S. Ross |
1-Nov-96 |
Eastman
Kodak |
mechanics
and fluid mechanics |
Photographic films |
Integral equations |
100 |
| A conservation
law model for ion etching for semiconductor fabrication |
David
S. Ross |
12-Feb-88 |
Eastman
Kodak |
semiconductors |
Semiconductor devices |
analysis, conservation
laws |
16 |
| A reaction--diffusion
model of color negative film development |
David
S. Ross |
3-Feb-89 |
Eastman
Kodak |
photography |
Photographic films |
PDE |
24 |
| Mathematical
models of latent image formation |
Peter
E. Castro |
5-May-89 |
Eastman
Kodak |
photography |
Photographic films |
Probability |
24 |
| Electrophotographic
system models |
John
P. Spence |
9-Jun-89 |
Eastman
Kodak |
photography |
Copying machines |
Maxwell equations |
24 |
| Diffusion
in swelling media: modeling and applications |
David
S. Ross |
2-Mar-90 |
Eastman
Kodak |
photography |
Thermal dye transfer |
PDE, diffusion |
31 |
| A three-state
model for gel electrophoresis |
Yitzhak
Shnidman |
25-Jan-91 |
Eastman Kodak |
miscellaneous applications |
DNA mapping |
Nonlinear PDE |
38 |
| Global
geodesic coordinates on a G0 continuous surface |
Emmanuel
T. Tsimis |
18-Nov-94 |
Electronic
Data Systems |
sensing
and imaging |
Global positioning |
Differential geometry |
83 |
| Interdisciplinary
computational fluid dynamics |
Wendell
H. Mills |
23-Sep-94 |
Engineering
Computer Corporation |
mechanics
and fluid mechanics |
Oil refinery |
Computational fluid dynamics |
83 |
| Pulse
reflection from a randomly stratified medium |
Benjamin
S. White |
9-Feb-90 |
Exxon
|
sensing
and imaging |
Radar |
Stochastic PDE |
31 |
| Image
reconstruction in oil refinery |
Brian
Flannery |
4-Dec-87 |
Exxon,
Annadale, N.J |
sensing
and imaging |
Oil refinery |
integral transforms |
16 |
| Analytical
and heuristic modeling of distributed algorithms |
Charles
L. Rennolet |
13-Nov-90 |
FMC |
algorithms |
Distributed algorithms |
Probability |
38 |
| Aerodynamic
design with cfd |
Gary
S. Strumolo |
3-May-91 |
Ford |
mechanics
and fluid mechanics |
Vehicle aerodynamics |
Computational fluid dynamics |
38 |
| Kinetic
swelling of crosslinked polymer |
Giuseppe
Rossi |
22-Nov-91 |
Ford |
materials |
Polymers, swollen rubber |
Continuum mechanics |
49 |
| Micromechanics
effects in creep metal-matrix composites |
L. Craig
Davis |
2-Dec-94 |
Ford |
materials |
Metal creep |
Continuum mechanics |
83 |
| Aeroacoustic
research in the automotive industry |
Gary
S. Strumolo |
26-May-95 |
Ford |
environment
and energy |
Engine noise reduction |
Fluid mechanics |
83 |
| Problems
and applications in density-functional theory |
Bill
Schneider |
17-Nov-95 |
Ford |
materials |
Rational design of chemicals/materials |
Quantum mechanics |
88 |
| A phenomenological
model for case--II diffusion in polymers |
Giuseppe
Rossi |
20-May-96 |
Ford |
materials |
Plastic fuel tanks |
PDE |
88 |
| Nonlinear
elastic-viscoelastic correspondence |
Kenneth
N. Morman, Jr. |
21-Jun-96 |
Ford |
materials |
Rubber-like polymers |
Continuum mechanics |
88 |
| Discrete
fluids using lattice gas methods |
Gary
Strumolo |
4-Oct-96 |
Ford |
mechanics
and fluid mechanics |
Automotive aerodynamics |
PDE |
100 |
| Nonlinear
effects in electrorheological fluids |
L. Craig
Davis |
7-Feb-97 |
Ford |
mechanics
and fluid mechanics |
Electrorheological fluids
|
Computational fluid dynamics |
100 |
| The advection
equation in air quality modeling |
David
Chock |
23-Feb-90 |
Ford
|
environment
and energy |
Air quality |
Fluid mechanics |
31 |
| Stress-assisted
diffusion in glassy polymers |
Kenneth
N. Morman |
8-Nov-91 |
Ford
|
materials |
Polymers |
Continuum mechanics |
49 |
| Predicting
properties of composite materials |
L. Craig
Davis |
14-Feb-92 |
Ford
|
materials |
Composite materials |
Continuum mechanics |
49 |
| Computer
simulations of electrorheological fluids |
Kenneth
C. Hass |
19-Feb-93 |
Ford
|
mechanics
and fluid mechanics |
Electrorheological fluids,
automotive products |
Fluid mechanics |
57 |
| Local
flaws in permeation reducing barrier layers |
Giuseppe
Rossi |
5-Mar-93 |
Ford
|
materials |
Plastic fuel tanks |
Fluid mechanics |
57 |
| Modeling
of electrostatic bell sprayers |
Kevin
R. J. Ellwood |
5-Nov-93 |
Ford |
mechanics
and fluid mechanics |
Electrostatic painting |
Fluid mechanics |
67 |
| Neural
networks as controllers |
Lee A.
Feldkamp |
12-Nov-93 |
Ford |
manufacturing
and control |
Auto engine operation |
Control theory, dynamical
systems |
67 |
| Causal
modeling in diagnosing complex industrial equipment |
Mahesh
Morjaria |
26-Apr-96 |
General
Electric |
manufacturing
and control |
Equipment monitoring |
Probability theory |
88 |
| Multiple
solutions in semiconductor device modeling |
Daniel
Baker |
2-Dec-89 |
General
Motors |
semiconductors |
Semiconductor devices
|
Maxwell equations |
24 |
| Mass
flow sensing with heat waves |
David
K. Lambert |
1-Oct-93 |
General
Motors |
environment
and energy |
Catalytic converters |
PDE |
67 |
| Computer-aided
design of developable surfaces |
William
Frey |
18-Oct-96 |
General
Motors |
manufacturing
and control |
Automotive design |
Differential geometry |
100 |
| The mathematical
treatment of cavitation in elastohydrodynamic lubrication |
Edward
Bissett |
29-Apr-88 |
General
Motors |
mechanics
and fluid mechanics |
Lubrication |
Fluid mechanics |
16 |
| An inverse
problem arising in the evolution of combustion aerosols |
Samuel
P. Marin |
9-Feb-89 |
General
Motors |
environment
and energy |
combustion aerosols |
PDE, integral equations |
24 |
| Polymer-dispersed
liquid crystal films for light control |
G. Paul
Montgomery |
12-Jan-90 |
General
Motors |
optics
and scattering |
Liquid crystal films
|
Maxwell equations |
31 |
| Current-voltage
relations for electrolytic solutions |
Daniel
Baker |
20-Apr-90 |
General
Motors |
mechanics
and fluid mechanics |
Electrolytic solutions |
Fluid mechanics |
31 |
| Modeling
catalytic converter performance |
Edward
J. Bissett |
20-Nov-90 |
General
Motors |
environment
and energy |
Catalytic converters |
Nonlinear PDE |
38 |
| An adaptive
feedforward approach to robot control |
Robert
M. Goor |
7-Jun-91 |
General
Motors |
circuits
and communications |
Robotics |
Control theory, PDE |
38 |
| Modeling
the performance of a piezoelectric gyroscope |
W. Weston
Meyer |
13-Nov-92 |
General
Motors |
mechanics
and fluid mechanics |
Piezoelectric gyroscopes |
Linear elasticity |
57 |
| Modeling
exhaust-gas oxygen sensors |
Daniel
Baker |
21-May-93 |
General
Motors |
environment
and energy |
Automotive exhausts |
Nonlinear PDE |
57 |
| Robots,
mechanisms and polynomial continuation |
Charles
Wampler |
3-Mar-95 |
General
Motors |
Robotics |
Robotics |
Algebraic geometry |
83 |
| Surface
modeling: impacts of design and manufacturing |
James
Cavendish |
7-Apr-95 |
General
Motors |
manufacturing
and control |
Automotive design |
Elasticity theory |
83 |
| High
resolution sonar waveform synthesis |
Craig
Poling |
29-Jan-88 |
Honeywell |
sensing
and imaging |
Sonar |
integral transforms |
16 |
| Dynamic
inversion and control of nonlinear systems |
Blaise
Morton |
1-Apr-88 |
Honeywell |
manufacturing
and control |
Control systems |
ODE |
16 |
| Some
problems associated with secure information flows in computer
systems |
Tom Haigh
|
13-May-88 |
Honeywell |
circuits
and communications |
Computer security |
Graph theory |
16 |
| Applications
and Modeling of Diffractive optics |
J. Allen
Cox |
10-Jun-88 |
Honeywell |
optics
and scattering |
Diffractive optics |
Maxwell equations |
16 |
| Adaptive
focused beamforming (AFB) |
Craig
Poling |
8-Mar-89 |
Honeywell |
sensing
and imaging |
Signal processing |
Signal processing |
24 |
| Fundamental
problems in the theory of shaped-charged jets |
Carl
A. Nelson |
27-Oct-89 |
Honeywell |
mechanics
and fluid mechanics |
Armor penetration |
Fluid mechanics |
31 |
| Applications
and modeling of diffractive optical elements |
Allen
Cox |
17-Nov-89 |
Honeywell |
optics
and scattering |
Diffractive optics |
Maxwell equations |
31 |
| Structured
singular values and invariant theory |
Blaise
Morton |
1-Mar-91 |
Honeywell |
manufacturing
and control |
Flight control systems |
Control theory |
38 |
| A mini-max
pursuit evasion algorithm |
Michael
Elgersma |
|