IEEE International Conference on Systems Engineering: August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio
Gespeichert in:
| Körperschaft: | |
|---|---|
| Format: | Tagungsbericht Buch |
| Sprache: | English |
| Veröffentlicht: |
Piscataway, NJ
IEEE
1991
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XVI, 460 S. Ill., graph. Darst. |
| ISBN: | 0780301730 0780301749 0780301757 |
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| 245 | 1 | 0 | |a IEEE International Conference on Systems Engineering |b August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| 264 | 1 | |a Piscataway, NJ |b IEEE |c 1991 | |
| 300 | |a XVI, 460 S. |b Ill., graph. Darst. | ||
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| 500 | |a Literaturangaben | ||
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| adam_text | Table
of Contents
ТНРМ-1
Thursday, August
1
1:30-4:30
pm
Meeting Room I
THPM-2
Thursday, August
1
1
:30-4:30 pm
Meeting Room I!
Special
Session:
Organizers
and
Chairs:
THPM-LI
THPM-1.2
THPM-1.3
THPM-1.4
THPM-1,5
THPM-1.6
THPM-1.7
THPNM.8
Radar Signal Processing and Target
Recognition
Randy Moses, The Ohio State University,
Columbus, OH and Fred Garber, Wright
State University, Dayton, OH
Focusing of Synthetic Aperture Ultra
1
Wideband Data
John W. McCorkle, Army Harry Diamond
Laboratories, Adelphi, MD
The Importance of the Model-based
*
Paradigm to Automatic Target
Recognizer Systems
K. J. Willey, M. L. Bryant, and E. Zelnio,
Wright Research and Development Center,
Wright-Patterson Air Force Base, OH
A Comparison of 1-D and 2-D
6
Algorithms for Radar Target
Classification
Leslie M. Novak, MIT Lincoln Laboratory,
Lexington, MA
High-Resolution Parametric Modeling
13
of Canonical Radar Scatterers with
Application to Radar Target
identification
Rob
Camere
and Randolph L. Moses, The
Ohio State University, Columbus, OH
Adaptive Multiband Polarization
17
Processing for Surveillance Radar
Russell D. Brown, Rome Laboratory, Rome,
NY and Hong Wang, Syracuse University,
Syracuse, NY
Synthetic Aperture Radar
21
Segmentation Using Wavelets and
Fractals
Steven K. Rogers, Joseph L. Brickey, Dennis
W, Ruck, David
E. Meer,
Gregory L. Tarr,
Albert P.
L Homme,
Matthew Kabrisky, Steven
Smiley, Michael Hazlett, Air Force Institute of
Technology, Wright-Patterson Air Force Base,
OH and Kevin J. Willey, Wright Laboratories,
Wright-Patterson Air Force Base, OH
Detection and Classification of
25
Acoustic Signals from Fixed-Wing
Aircraft
Clayton Stewart and Victor Larson, George
Mason University Fairfax,
VA
An Overview of Radar-Based
29
Automatic
Noncooperative
Target
Recognition Techniques
Marvin
N.
Cohen, Georgia Tech Research
Institute, Atlanta, GA
Special
Session:
Organizer
and Chair:
THPM-2.1
THPM-2.2
THPM-2.3
THPM-2.4
THPM-2.5
THPM-2.6
THPM-2.7
Memory-Driven, Feature-Based Design
Steve LeClair, Wright-Patterson Air
Force Base, Dayton, OH
The Rapid Design System: Memory-
35
Driven Feature-Based Design
Steven R. LeClair, Wright Laboratory, Wright-
Patterson Air Force Base, OH
Positioning Features within the Rapid
38
Design System
Gerald M. Radack, Jeremy
F. Jacobsohn
and
Francis L. Merat, Case Western Reserve
University, Cleveland, OH
Fabrication (Machining) Planning
*
Using MetCapp
Jeff
Lindberg
and Sridharan Venk, Institute of
Advanced Manufacturing Sciences, Inc.,
Cincinnati, OH
Automated Inspection Planning within
42
the Rapid Design System
Francis L. Merat, Gerald M. Radack, Kavous
Roumina and Steve Ruegsegger, Case
Western Reserve University, Cleveland, OH
A Computer-Based Adaptive
49
Associative Memory in Support of
Design and Planning
Yoh-Han
Pao,
Case Western Reserve
University, Cleveland, OH, Kambiz Komeyli
and Tanvir Goraya,
AI Ware,
Inc., Cleveland,
OH and Steven R. LeClair, Wright Laboratory,
Wright-Patterson Air Force Base, OH
Advance Manufacturing Development
*
System
John Zimmerman, Allied-Signal Aerospace
Co., Kansas City, MO
Rapid Engineering Knowledge Capture
57
for Simultaneous Engineering
Automation
R. Brooks Pollock and Joseph S. Burke,
Wisdom Systems, Pepper Pike, OH
THPM-3
Thursday, August
1
1
:30-5:00 pm
Meeting Room III
Regular
Session:
Chair:
THPM-3.1
THPM-3.2
Control Systems I
John Chiasson, University of Pittsburgh,
Pittsburgh, PA
Load Control System Design
61
S. M. tmmel, J.
A. De
Abreu-Garcia, and S. M.
Kline, The University of Akron, Akron, OH
Dual Control of Linear Stochastic
65
Systems with Unknown Parameters
Rong Chen, Bitelephonic, Inc., Cleveland, OH
and Kenneth A. Loparo, Case Western
Reserve University, Cleveland, OH
VII
ТНРМ-3.3
Design
of Exact Model Matching
69
Control Systems for a Plant with
Measurement Noise and Its
Application to MRACs
Y. Mutoh, Sophia University, Tokyo, Japan
and P.
N.
Nikiforuk, University of
Saskatchewan, Saskatoon, Saskatchewan,
Canada
THPM-3.4 Nonlinear and Adaptive Control of a
73
Shunt DC Motor
Marc Bodson, Carnegie Mellon University,
Pittsburgh, PA and John Chiasson, University
of Pittsburgh, Pittsburgh, PA
THPM-3.5 Robust Controller Design for Lightly
77
Damped Systems with Feedback Delay
Donald L. Hung, Gannon University, Erie, PA
and Stephen M. Phillips, Case Western
Reserve University, Cleveland, OH
THPM-3.6 Model Reference Control of a Linear
81
Plant with Feedthrough Element
Ronald A. Perez, University of Wisconsin
—
Milwaukee, Milwaukee, Wl and Osita D. I.
Nwokah, Purdue University, West Lafayette,
IN
THPM-3.7 A Method for Self-Tuning
a
PID 85
Controller for Control of Small to
Medium Sized Diesel Engines
David W. Augustine, Woodward Governor
Company, Fort Collins, CO and K. S. P.
Kumar, University of Minnesota, Minneapolis,
MN
THPM-3.8 Instabilities in the Feedback
89
Linearization of a Double Inverted
Pendulum
G. Walker,
N.
Salem, M.
Varghese,
A. Fuchs,
and R. Mukundan,
Clarkson
University,
Potsdam, NY
THPM-3.9 A Reduced-Order Adaptive Control
93
Scheme for Plants with Inaccessible
States
Giorgio Bartolini and Antonella
Ferrara,
University of
Genova, Genova,
Italy
THPM-4
Thursday, August
1
1:30-4:30
pm
Conference Theatre
Regular
Session:
Chair:
THPM-4.1
THPM-4.2
THPM-4.3
Robotics I
John S. Bay, Virginia Polytechnic
Institute and State University,
Blacksburg,
VA
Dynamic Coupling Effects in Modeling
100
and Control of Hard Contact Motion of
a Manipulator
M. A.
Unseren,
Oak Ridge National
Laboratory, Oak Ridge, TN
On the Hard Contact Adaptive Force
105
Control of a Manipulator
Y. Zhou, Purdue University, West Lafayette,
IN
Robot Singularity Rate Control with
109
Phantom D.O.F. Strategy
Yevsey Gutman, Ming-Yin Lee, and Joseph F.
D Costa, University of Minnesota,
Minneapolis, MN
THPM-4.4
THPM-4.5
THPM-4.6
THPM^J
Adaptive Model-Based Control of the
113
Utah/MIT Hand
Lloyd W. Rainey, III and M. B. Leahy, Jr., Air
Force Institute of Technology, Wright-
Patterson Air Force Base, OH
Near-Pseudoinverse Control of
117
Kinematicaliy Redundant Manipulators
with the Constraint of Repeatability
Rodney G. Roberts and Anthony A.
Maciejewski, Purdue University, West
Lafayette, IN
Toward a Tensor Formulation of Some
121
Pseudoinverse
Redundant Kinematics
Properties
John S. Bay, Virginia Polytechnic Institute and
State University,
Blacksburg,
VA
A Robot Control System Based on a
UNIX Work-Station
Ken Tomiyama, Fumiaki Honda, Hidefumi
Shinoda, and
Jun Tanaka,
Aoyama Gakuin
University, Tokyo, Japan
125
FAM-1
Friday, August
2
10
:30 am-1
2
:00 noon
Meeting Room I
Special
Session:
Organizer
and Chair:
FAM-1.
1
FAM-1
.2
FAM-1
.3
FAM-1
.4
FAM-1
.5
Reconfigurable
and Reusable
Real-
Time
Systems
Thomas Wheatley, National Institute of
Standards and Technology,
Gaithersburg, MD
Specifying the Architecture for the
*
Next Generation Controller
Bruce Anderson, Martin Marietta, Denver, CO
and Tommy J.
Viner, Cimflex
Teknowledge,
Palo Alto, CA
ControlShell: A Real-Time Software
129
Framework
Stanley A. Schneider, Marc
A. Ullman,
and
Vincent W. Chen, Stanford University,
Stanford, CA
Model-Based Templates for Real-Time
135
Scheduling
Steve Vestal, Honeywell Systems and
Research Center, Minneapolis, MN
Real-Time
Scheduling of Dynamically
139
Reconfigurable
Systems
David B. Stewart and Pradeep K. Khosla,
Carnegie Mellon University, Pittsburgh, PA
Determining Bus Arbitration Policies
143
and Data Transfer Techniques for
Multiprocessor Systems
Thomas Wheatley, National Institute of
Standards and Technology, Gaithersburg, MD
FAM-2
Friday, August
2
10:30
am-1
2:00
noon
Meeting Room II
Regular
Session:
Chair:
Imaging Systems I
James B. Farison, University of Toledo,
Toledo, OH
VIII
FAM-2.1
Explicit
Mathematical Results for the
Representation and Filtering of
Spatially-Invariant Image Sequences
James B. Farison and Young-ln Shin, The
147
FAM-4
Friday, August
2
10
:30 am-1
2
:00 noon
Conference Theatre
University of Toledo, Toledo, OH, and John
Regular
W. V. Miller, University of Michigan-Dearborn,
Session:
Dearborn, Ml
Chair:
An Improved
Kronecker Ll-FiHering 154
Algorithm
Qin Liu,
Jaakko
Astola, and
Yrjö
Neuvo,
FAM-4.1
Tampere University of Technology, Tampere,
Finland
FAM-2.2
FAM-2.3 A New Distributed Arithmetic
158
Implementation of 2-D Digital Filters
E.
Mahmoud, Y.
Elcherif, Cairo University,
Cairo, Egypt; S. Mashali, National Research
Centre, Cairo, Egypt, and E. Talkhan, Cairo
University, Cairo, Egypt
FAM-2.4 A Structured Approach to Edge
162
Clustering and Extrapolation
Thomas Dufresne and
Atam
P. Dhawan,
University of Cincinnati, Cincinnati, OH
FAM-2.5
A New Interpolation Technique for
166
Orthogonal Sets of
Tomographie
Medical Images
Charles
С
Peck, Louis K.
Arata,
and
Atam
P.
Dhawan, University of Cincinnati, Cincinnati,
OH
FAM-2.6 Optimal Multiresolution Morphological
170
Image Processing
A. P. Dhawan, S. Loncaric, and
S. Ramachandran, University of Cincinnati,
Cincinnati, OH
FAM-3
Friday, August
2
10:30
am-1
2:00
noon
Meeting Room III
Regular
Session:
Al
and Learning Systems
Chair: K. S. P. Kumar, University of Minnesota,
Minneapolis, MN
FAM-3.
1
A Knowledge-Based Approach for
174
Composite Floor System Design
D. W. Hawkins, Paul J. Ford Company,
Columbus, OH and Hojjat Adeli, The Ohio
State University, Columbus, OH
FAM-3.2 The Selectively Attentive
178
Environmental Learning System
Jeffrey D. Johnson and Timothy A. Grogan,
University of Cincinnati, Cincinnati, OH
FAM-3.3 Analogical Learning and Expert
182
Systems
Li D, Xu, Wright State University, Dayton, OH
FAM-3.4 Synchronous Learning Versus
185
Asynchronous Learning in Artificial
Neural Networks
Jun Wang,
University of North Dakota, Grand
Forks, ND
FAM-3.5 State Estimation Using Adaptive
189
Linear Combiner and Multilayer Neural
Networks
Ashish J. Kanekar,
ТУХ
Corporation, Reston,
VA
and
Ali
Feiiachi, Wesf Virginia University,
Morgantown, WV
FAM-3.6 An Al-Aided Simulation System AASS
193
Feng Shan, Huazhong University of Science
and Technology, Wuhan, Hubei, China
Neural Networks
Stanley
C. Ahalt,
The Ohio State
University, Columbus, OH
Optical Implementation of
a Multi-
197
Layer Neural Network by SLR and
MSLM
Alastair D. McAulay, Xin Xu, and Junqing
Wang, Wright State University, Dayton, OH
A Comparison of a Neural Network
201
and a Model Reference Adaptive
Controller
Richard E.
Nordgren
and Peter H. Meckl,
Purdue University, West Lafayette, IN
Integrated Neural Network and
206
Machine Vision Approach for
Intelligent State Identification
Tim Bauer and Cihan H.
Dagli,
University of
Missouri—
Rolla, Rolla,
МО
Comparison of Prediction Methods
210
for Differential Image
Processing Applications
Surajit Chakravarti, Tzyy-Ping Jung, Stanley
С
Ahalt, and Ashok K. Krishnamurthy, The
Ohio State University, Columbus, OH
An All Digital Implementation of a
214
Modified Hamming Net for Video
Compression with Prediction and
Quantization Circuits
Richard Kaul, Kenneth Adkins, and Steven
Bibyk, The Ohio State University, Columbus,
OH
Feedback Control of Nonlinear
218
Multiplicative Systems Using Neural
Networks: An Application to
Electrically Stimulated Muscle
E.
Teixeira,
G.
Jayaraman,
G.
Shue, P. Crago,
K. Loparo, and H. Chizeck, Case Western
Reserve University, Cleveland, OH
FAM-4.2
FAM-4.3
FAM-4.4
FAM-4.5
FAM-4.6
FAM-5
Friday, August
2
10:30
am-1
2:00
noon
Ballroom
С
Regular
Session:
Chair:
FAM-5.1
FAM-5.2
FAM-5.3
Fuzzy Control
Kuldip S. Rattan, Wright State University,
Dayton, OH
Fuzzy Expert Systems vs. Neural
221
Networks-Truck Backer-Upper Control
Revisited
P. A. Ramamoorthy and Song Huang,
University of Cincinnati, Cincinnati, OH
Design of Robust Intelligent Control
225
of Manipulators
A. García-Cerezo
and
A. Barreiro,
University
of Vigo, Vigo, Spain and
A. Ollero,
University
of Malaga, Malaga, Spain
A Proportional-Plus-Derivative Rule-
229
Based Fuzzy Controller
Deepak Sabharwal and Kuldip S. Rattan,
Wright State University, Dayton, OH
IX
FAM-S^
The Brain as a Fuzzy Engineering
234
Problem
Shahram S. Seyed, SyStelligence Consulting
Group, Cincinnati, OH
FAM-5.5 Improvements in Fuzzy Controller
237
Design
L.
Fortuna,
S.
Graziarli, S. Baglio,
and
G.
Nunnari, University of Catania, Catania,
Italy
FPM-1
Friday, August
2
2:45-5:45
pm
Meeting Room I
Special
Session:
Organizer
and Chair:
FPM-1.
1
FPM-1
.2
FPM-1
.3
FPM-1
.4
FPM-1
.5
FPM-1
.6
FPM-1
.7
Nonlinear Techniques for Signal/
Image Processing
Amlan Kundu, Sfare
University of New
York, Buffalo, NY
Nonlinear Filters for image
241
Sharpening and Smoothing
Sanjit K.
Mitra
and Tian-Hu Yu, University or
California, Santa Barbara, CA
Non-Moving Regions Preserving
245
Median Filters for Image Sequence
Filtering
Timo Viera
and
Yrjö Neuvo,
Tampere
University of Technology, Tampere, Finland
Adaptive Nonlinear Enhancement of
249
Coarsely Quantized Video Sequences
Victor Ramamoorthy, Southwestern Bell
Technology Resources, Inc., St. Louis, MO
Stochastic Analysis of L-fiiter Design
*
Using the LMS Algorithm
Sumit Roy, University of Pennsylvania,
Philadelphia, PA
Adaptive Morphological Operators
253
Fast Algorithms and their Applications
F. Cheng and A.
N.
Venetsanopoulos.
University of Toronto, Toronto, Ontario,
Canada
Surface Representation Using
257
Geodesic Morphology
Raj Acharya,
Sfate
University of New York at
Buffalo, Buffalo, NY
A Theoretical Study of Some
261
Non-linear Edge Preserving
Smoothing Filters
Nageen Himayat and Saleem A. Kassam,
University of Pennsylvania, Philadelphia, PA
FPM-2.2 Nonlinear Filters in Image Pyramid
269
Generation
Irek
Defée
and
Yrjö
Neuvo, Tampere
University of Technology, Tampere, Finland
FPM-2.3
3-D
Signal Processing in a Computer
457
Vision System
Dongping Zhu, Richard W. Conners, and Phil
Araman, Virginia Polytechnic Institute and
State University,
Blacksburg,
VA
FPM-2.4 Wheels Identification Using Machine
273
Vision Technology
Behrouz
N.
Shabestari, John W. V. Miller and
Victoria Wedding, Edison Industrial Systems
Center, Toledo, OH
FPM-2.5 Multiresolution Multiplicative
276
Autoregressive
Coding of Images
S. R. Burgett, GMI Engineering and
Management Institute, Flint, Ml and M. Das,
Oakland University, Rochester, Ml
FPM-2.6 Object Imaging with a Multiplexed
280
Piezoelectric Polymer Tactile Sensor
Edward S. Kolesar, Jr., Rocky R. Reston,
Douglas G. Ford, and Robert
С
Fitch, Jr., Air
Force Institute of Technology, Wright-
Patterson Air Force Base, OH
FPM-3
Friday, August
2
2:45-5:45
pm
Meeting Room III
FPM-2
Friday, August
2
2:45-5:45
pm
Meeting Room II
Regular
Session:
Chair:
FPM-2.1
Imaging Systems II
M. A. Karim, University of Dayton,
Dayton, OH
Pose Determination of Circular
Cylinders Using Elliptical and Side
Projections
Y. C
Shiu and C. Huang, Wright State
University, Dayton, OH
265
Regular
Session: Control Systems II
Chair: L. R.
Pujara,
Wright State University
FPM-3.1 Model Reduction by Using the
284
Balanced Gains and an Optimal
Weighted L2-Norm Criterion
L.
Fortuna
and G. Muscato, University of
Catania, Catania, Italy
FPM-3.2 Some Robust Stability Theorems for
288
Polygons of Discrete Polynomials
James Peterson and
L. R.
Pujara,
Wright
State University, Dayton, OH
FPM-3.3 On Eigenvalue Ranking Indices for
291
Continuous Linear Time Invariant
Systems
Jianming She and
Ali Feliachi,
West Virginia
University, Morgantown, WV
FPM-3.4 Robust Pseudolinearization of
295
Nonlinear Systems
Eduardo Mu
and James T. Cain, University of
Pittsburgh, Pittsburgh, PA
FPM-3.5 Decentralized Optimal Control with
299
Overlapping Decompositions
Altug iftar, University of Toronto, Toronto,
Ontario, Canada
FPM-3.6 A Fast Banded Matrix Inversion Using
303
Connectivity of Schur s Complements
A. Mahmood, D. J. Lynch, and
L. D.
Philipp,
Washington State University at Tri-Cities,
Richland, WA
FPM-3.7 Numerical Computation and
307
Approximations of H» Optimal
Controllers for a 2-Parameter
Distributed Model of an Unstable
Aircraft
Dale Enns, Honeywell, Inc. and University of
Minnesota, Minneapolis, MN, Hitay
Özbay,
The Ohio State University, Columbus, OH,
and Allen
Tannenbaum,
University of
Minnesota, Minneapolis, MN and Technion,
Haifa, Israel
FPM-3.8 New Model Reduction Technique
311
for a Class of Parabolic Partial
Differential
Equations
M. Vajta, University of Twente,
Enschede,
The
Netherlands
FPM-4
Friday, August
2
2:45-5:45
pm
Conference Theatre
Regular
Session:
Chair:
FPM-4.1
FPM-4.2
FPM-4.3
FPM-4.4
FPM-4.5
FPM-4.6
FPM-4.7
Robotics II
R. Mukundan,
Clarkson
University,
Postdam, NY
An Application of Tool Insertion
316
Using Model Based Vision
R. Craig Coulter, Anthony J. Stentz, Paul G.
Keller, and William L. Whittaker, Carnegie
Mellon University, Pittsburgh, PA
Robotic Aircraft Refueling: A
320
Concept Demonstration
M. B. Leahy, Jr. and R. A. Bennett, Air Force
Institute of Technology, Wright-Patterson Air
Force Base, OH, Y.
C. Shiu,
Wright State
University, Dayton, OH and C. A. Andersen,
Air Force Institute of Technology, Wright-
Patterson Air Force Base, OH
Simulation of Postural Control for a
324
Walking Robot
Peter
Nagy.
David
Manko, Subnas
Desa,
and
William Whittaker, Carnegie Mellon University,
Pittsburgh, PA
Mobile Robot Navigation Using
330
Sensory Feedback
R. Lai Tummala and Cheng-Chih Lin,
Michigan State University, East Lansing, Ml
Identification of Human Arm
*
Impedance Parameters
J. M. Dolan, M. B. Friedman, and M. L.
Nagurka, Carnegie Mellon University,
Pittsburgh, PA
A Dynamic Model for Two
334
Manipulators Handling a Pin-Jointed
Object
Y. Zhou, Purdue University, West Lafayette,
IN
A Partitioned Control Scheme for
338
Mobile Robot Path Tracking
Dong Hun Shin,
Sanjiv
Singh and Wenfan Shi,
Carnegie Mellon University
SAM-1
Saturday, August
3
ЭапИгпооп
Meeting Room I
Special
Session:
Organizer
and Chair:
SAM-1
.1
Neural Network Applications
C. L.
Philip Chen, Wright State
University, Dayton, OH
343
SAM-1
.2
SAM-1
.3
SAM-1
.4
SAM-1
.5
SAM-1
.6
347
Automatic Rule Generation for
Machine Printed Character
Recognition Using Multiple Neural
Networks
Jin Wang and Jack Jean, Wright State
University, Dayton, OH
Image Feature Extraction Using
Gabor-like Transform
Michael K. Finegan, Jr. and William G. Wee,
University of Cincinnati, Cincinnati, OH
Duality in Neurocomputational
351
Inductive Inference:
A
Simulationist
Perspective
Kevin Kirby, Wright State University, Dayton,
OH
A Design Strategy for Logical Neural
355
Networks
T. J. Stonham and R. Al-Alawi, Brunei, The
University of West London, Uxbridge, United
Kingdom
Map Learning Using Associative
359
Memory Neural Network
C. L.
Philip Chen, Xin Xu, and Alastair D.
McAulay, Wright State University, Dayton, OH
Inductive Character Learning and
363
Classification with Genetic Algorithms
Alastair D. McAulay and Jae Chan Oh, Wright
State University, Dayton, OH
SAM-2
Saturday, August
3
ЭагтМгпооп
Meeting Room II
Regular
Session:
Chair:
SAM-2.1
SAM-2.2
SAM-2.3
SAM-2.4
SAM-2.5
Digital Signal Processing
Hong Fan, University of Cincinnati,
Cincinnati, OH
HARF
Lattice IIR Adaptive Filter
*
Kai-Xiang
Miao
and Hong Fan, University of
Cincinnati, Cincinnati, OH
Optimal Reduced-Order Estimator
367
Design for Discrete Time-Varying
Systems
Randolph P. Paroda, Allied Signal Aerospace
Company, Baltimore, MD and Alok Kumar,
West Virginia, University, Morgantown, WV
Signal Analysis via Wave-Splitting
371
Based on the Wavelet Transform
Mingui Sun,
С. С.
Li, and Robert J. Sclabassi,
University of Pittsburgh, Pittsburgh, PA
An Improved Iterative Design for
375
Powers-of-two Coefficient FIR Filters
A. Mahmood, Washington State University at
Tri-Cities, Richland, WA
Estimation of High Count Rate
379
Signals with a Digital Filter
H. M. Shertukde, L.
F. Godbout,
and
S. C
Elmurr, University of Hartford, W. Hartford, CT
XI
SAM-2.S
Lattice Realization of Decomposed
382
2-D Filters
E.
Mahmoud,
Cairo University, Cairo, Egypt,
S. Mashali, National Research Centre, Cairo,
Egypt, Y. Elcherif and E. Talkhan, Cairo
University, Cairo, Egypt
SAM-2.7 A Comparison of FIR Filter Bank
386
Design Methods with Applications to
Intelligibility Enhancement of Noise-
Corrupted Speech Signals
Mike V. Chan, James A. Heinen, and Russell
J. Niederjohn,
Marquette
University,
Milwaukee, Wl
SAM-2.8 Adaptive Analog Circuits to Perform
391
Signal Separation of Multidimensional
Sensor Signals
Zaka U. Bhatti and Steven Bibyk, The Ohio
State University, Columbus, OH
SAM-4
Saturday, August
3
9am-12:00noon
Conference Theatre
SAM-3
Saturday, August
3
9801-12
noon
Meeting Room III
Regular
Session:
Chair:
SAM-4.1
SAM-4.2
SAM-4.3
SAM-4.4
Regular
Session:
Chair:
SAM-3.1
SAM-3.2
SAM-3.3
SAM-3.4
SAM-3.5
SAM-3.6
Parameter Estimation
Lang Hong, Wright State University,
Dayton, OH
Improving the Performance of
AR 395
Estimation of Near-field Signal
Sources by Decimation
A, Moghaddar and
E. K.
Walton, The Ohio
State University, Columbus, OH
High Speed Spectral Estimation
399
Using an Optical Implementation
of the Discrete Hartley Transform
Ronald W.
Kamm
and William S. McCorrnick,
Wright State University, Dayton, OH
Testing Hypothesis for Signal
404
Detection
Kang-Ning Lou, Purdue University, West
Lafayette, IN and Tsai-Hung Fan, Sonoma
State University,
fìohnert
Park, CA
Estimation of Colored Plant Noise
408
Using
Kalman
Filter Based
Deconvolution
Myung-Hyun Yoon and Tenkasi V.
Ramabadran, Iowa State University. Ames, IA
A Novei
Cyclic Algorithm for
412
Maximum Likelihood Frequency
Estimation
Arnab Kumar Shaw, Wright State University.
Dayton, OH
Maximum Likelihood Estimation of the
416
Arrival Direction of a Signal with
Known Waveform
Jian
Li, University of Kentucky, Lexington. KY
and R. T. Compton, Jr., The Ohio State
University, Columbus, OH
SAM-4.5
SAM-4.6
SAM-4.7
SAM-4.8
Modeling and Simulation
Bruce Stuckman, University of
Louisville, KY
Robust Stabilization of an
424
Aero-Elastic System
Janos
Turi,
The University of Texas at Dallas,
fìichardson, TX
and Hitay Azbay, The Ohio
State University, Columbus, OH
A Pseudo-Bayesian Method of
428
Global Optimization
B. Stuckman and D. France, University of
Louisville, Louisville, KY
An Experimental System for the
432
Study of Active Vibration Control-
Development and Modeling
George R.
Batta
and Anning Chen, University
of Cincinnati, Cincinnati, OH
Vibration Reduction in Computer
436
Controlled Machines
Nitin Seth and Kuldip S. Rattan, Wright State
University, Dayton, OH
10:30-10:45
am Coffee Break
Modeling of Linear Isentropic Flow
442
Systems
Athan D. Sarantopoulos and Tom T. Hartley,
ľfte
University of Akron, Akron, OH
Multidisciplinary Modeling and
446
Design of a Space System
John T, Tester and David G. Robinson, Air
Force Institute of Technology, Wright-
Patterson Air Force Base, OH
Computer Simulation of Textile
450
Facilities
Jingjun Sun and James A. Chrisman, Clemson
University, Clemson, SC
Modelling and Simulation of a Heat
453
Exchanger
Lei Xia, J.
A. De
Abreu-Garcia, and Tom T.
Hartley, The University of Akron, Akron, OH
*
Manuscript unavailable for publication.
SAMI-3.7
Optimal Reduced-Order Observer-
Estimators
Lang Hong, Wright State University, Dayton,
OH
420
Xi!
Author Index
A
Acharya. Raj
........................................
FPM-1
.6
Adeii. Hojjat
.........................................
FAM-3.1
Adkins, Kenneth
.....................................
FAM-4.5
Ahalt, Stanley
С
.............................
FAN/M, FAM-4.4
Al-Alawi,
R
..........................................
SAM-1
.4
Andersen.
С
A
......................................
FPM-4.2
Anderson. Bruce
....................................
FAM-1
.1
Araman, Phil
........................................
FPM-2.3
Arata.
Louis
К
.......................................
FAM-2.5
Astoia.
Jaakko
......................................
FAM-2.2
Augustine. David
W
................................
ТНРМ-З.У
В
Baglio.
S
............................................
FAM-5.5
Barreiro.
A
...........................................
FAM-5.2
Barthélémy.
R
...........................................
FPM
Banquet Bartolini. Giorgio
.........................
THPM-3.9
Batta.
George
R
.....................................
SAM-4.3
Bauer. Tim
..........................................
FAM-4.3
Bay.
John S
..............................
THPM-4.
ТНРМ-4.6
Bennett.
R.
A
........................................
FPM-4.2
Bhatti.
Żaka U
.......................................
SAM-2.8
Bibyk.
Steven
.............................
FAM-4.5, SAM-2.8
Bodson.
Marc .....................................
ТНРМ-З^
Boyd. Garth
................................
Plenary Session I
Brandeberry.
J. E
...........................
Plenary Session I
Brickey. Joseph
L
..................................
THPM-1
.6
Brown. Russell
D
..................................
THPM-1
.5
Bryant.
M. L
.......................................
THPM-1
.2
Burke. Joseph
S
...................................
THPM-2.7
Burgett.
S. R
........................................
FPM-2.5
С
Cain. James
T
.......................................
FPM-3.4
Carrière,
Rob
......................................
THPM-1
.4
Chakravarti, Surajit
..................................
FAM-4.4
Chan. Mike V
........................................
SAM-2.7
Chen, Anning
.......................................
SAM-4.3
Chen.
C. L.
Philip ...........................
SAM-1
.
SAM-1
.5
Chen, Rong
.......................................
THPM-3.2
Chen. Vincent
W
....................................
FAM-1
.2
Cheng,
F
............................................
FPM-1
.5
Chiasson. John
...........................
THPM-3,
ТНРМ-З^
Chizeck,
H
...........................................
FAM-4.6
Chrtsman. James A
..................................
SAM-4.7
Cohen. Marvin
N..................................
THPM-1
.8
Compton, R. T. Jr
...................................
SAM-3.6
Corners, Richard
W
.................................
FPM-2.3
Coulter, R. Craig
....................................
FPM-4.1
Crago,
P
.............................................
FAM-4.6
D
Dagli,
Cihan
H
.......................................
FAM-4.3
Das,
M
..............................................
FPM-2.5
D Costa, Joseph
F
.................................
ТНРМ-4.3
De Abreu-Garcia, J.
A
...................
THPM-3.
1,
SAM-4.8
Defée,
Irek
..........................................
FPM-2.2
Desa,
Subhas
.......................................
FPM-4.3
Dhawan,
Atam
P
................
FAM-2.4, FAM-2.5, FAM-2.6
Dolan, J. M
..........................................
FPM-4.5
Dufresne, Thomas
...................................
FAM-2.4
E
Elcherif
,
Y
.................................
FAM-2.3, SAM-2.6
Elmurr, S.
С
.........................................
SAM-2.5
Enns,
Dale
..........................................
FPM-3.7
F
Fan, Hong
...................................
SAM-2, SAM-2.1
Fan, Tsai-Hung
......................................
SAM-3.3
Farison, James
В
............................
FAM-2, FAM-2.1
Feliachi, Ali
................................
FAM-3.5, FPM-3.3
Ferrara,
Antonella .................................
ТНРМ-З.Э
Finegan,
Michael
K., Jr
..............................
SAM-1
.2
Fitch,
Robert C. Jr
...................................
FPM-2.6
Ford, Douglas G
.....................................
FPM-2.6
Fortuna,
L
.................................
FAM-ö.ö,
FPM-3.1
France,
D
............................................
SAM-4.2
Friedman,
M.B
......................................
FPM-4.5
Fuchs,
А
...........................................
ТНРМ-3.8
G
Gallagher,
J.
M
..........................................
FPM
Banquet
Garber, Fred ...............................
THPM-1
Garcia-Cerezo, A
....................................
FAM-5.2
Godbout, L. F
........................................
SAM-2.5
Goraya, Tanvir
....................................
THPM-2.5
Graziani, S
..........................................
FAM-5.5
Grogan,
Timothy
A
..................................
FAM-3.2
Gutman, Yevsey
..................................
THPM-4.3
H
Hartley,
Tom T
............................
SAM-4.5, SAM-4.8
Hazlett,
Michael ...................................
THPM-1
.6
Hawkins,
D.
W
.......................................
РАМ-З.І
Heinén,
James
А
....................................
SAM-2.7
Himayat, Nageen
....................................
FPM-1
.7
Honda, Fumiaki
...................................
THPM-4.7
Hong,
Lang .................................
SAM-3, SAM-3.7
Huang,
С
............................................
FPM-2.1
XII!
Huang, Song
........................................
FAM-ö.i
Hung, Donald
L
....................................
THPM-3.5
I
Iftar, Altug
...........................................
FPM-3.5
Imme!,
S. M
.......................................
ТНРМ-3.1
J
Jacobsohn,
Jeremy
F
..............................
ТНРМ-2.2
Jayaraman G
........................................
FAM-4.6
Jean, Jack
..........................................
SAM-LI
Johnson, Jeffrey
D
...................................
FAM-3.2
Jung, Tzyy-Ping
.....................................
FAM-4.4
К
Kabrisky, Matthew
.................................
THPM-1
.6
Karnm, Ronald
W
....................................
SAM-3.2
Kanekar, Ashish
J
...................................
FAM-3.5
Karim, M. A
............................................
FPM-2
Kassám,
Saleem A
..................................
FPM-1
.7
Kaul, Richard
........................................
FAM-4.5
Keller, Paul
G
.......................................
FPM-4.1
Khosla, Pradeep
К
................
Plenary Session I, FAM-1
.4
Kirby, Kevin
G
.......................................
SAM-1.3
Kline,
S. M
..................................,.....
THPM-3.1
Kolesar, Edward S. Jr
........................ .......
FPM-2.6
Komeyli, Kambiz
..................................
THPM-2.5
Krishnamurthy, Ashok
К
.............................
FAM-4.4
Kumar, Alok
.........................................
SAM-2.2
Kumar,
K. S. P
............................
FAM-3, THPM-3.7
Kundért,
Thomas
...........................
Plenary Session I
Kundu, Amlan
.........................................
FPM-1
L
Larson, Victor
.....................................
THPM-1.7
Leahy, M. B. Jr
..........................
THPM-4.4, FPM-4.2
LeClair, Steven
R
.............
THPM-2, THPM-2.1
,
THPM-2.5
Lee, Ming-Yin
.....................................
THPM-4.3
L Homme,
Albert
P
................................
THPM-1
.6
Li,
С. С
..............................................
SAM-2.3
Li, Jian
..............................................
SAM-3.6
Lin, Cheng-Chin
.....................................
FPM-4.4
Lindberg,
Jeff
.....................................
THPM-2.4
Liu, Qin
.............................................
FAM-2.2
Loncaric,
S
..........................................
FAM-2.6
Loparo, Kenneth A
.......................
THPM-3.2, FAM-4.6
Lou, Kang-Ning
.....................................
SAM-3.3
Lynch,
D. J
..........................................
FPM-3.6
M
Maciejewskí,
Anthony A
.........
Plenary Session
!,
THPM-4.5
Manmood, A
...............................
FPM-3.6, SAM-2.4
Mahmoud,
E
...............................
FAM-2.3, SAM-2.6
Manko,
David
.......................................
FPM-4.3
Mashali,
S
.................................
FAM-2.3, SAM-2.6
McAulay, Alastair
D
..............
FAM-4.L
SAM-1.5, SAM-1.6
McCorkle, John
W
.................................
THPM-1
.1
McCormick, William
S
...............................
SAM-3.2
Meckl, Peter
H
.......................................
FAM-4.2
Meer,
David
E
.....................................
THPM-1
.6
Merat, Francis
L
........................
THPM-2.2, THPM-2.4
Miao,
Kai-Xiang
.....................................
SAM-2.1
Miller, John W. V
..........................
FAM-2.1
,
FPM-2.4
Misra, Pradeep
............................
Plenary Session II
Mitra,
Sanjit
К
.......................................
FPM-1
.1
Moghaddar, A
.......................................
SAM-3.1
Moses, Randolph
.........................
THPM-1
,
THPM-1
.4
Mu, Eduardo
........................................
FPM-3.4
Mukundan,
R
..............................
FPM-4, THPM-3.8
Muscato,
G
..........................................
FPM-3.1
Mutoh,
Y
..........................................
THPM-3.3
N
Nagurka,
M. L
.......................................
FPM-4.5
Nagy,
Peter
.........................................
FPM-4.3
Neuvo,
Yrjö
.....................
FAM-2.2, FPM-1
.2,
FPM-2.2
Niederjohn, Russell
J
................................
SAM-2.7
Nikiforuk, P.
N.....................................
THPM-3.3
Nordgren,
Richard
E
.................................
FAM-4.2
Novak, Leslie
M
...................................
THPM-1
.3
Nunnari,
G
...........................................
FAM-5.5
Nwokah, Osita D. I
................................
THPM-3.6
О
Oh, Jae
.............................................
SAM-1
.6
Ollero,
A
.............................................
FAM-5.2
Oxley, Mark
.......................................
THPM-1.6
Özbay,
Hitay
..............................
FPM-3.7, SAM-4.1
P
Pao,
Yoh-Han .....................................
THPM-2.5
Paroda, Randolph
P
.................................
SAM-2.2
Peck, Charles
С
.....................................
FAM-2.5
Perez, Ronald A
...................................
THPM-3.6
Peterson, James
....................................
FPM-3.2
Philipp,
L. D
.........................................
FPM-3.6
Phillips, Stephen
M
................................
THPM-3.5
Pollock, R. Brooks
.................................
THPM-2.7
Priddy, Kevin
L
....................................
THPM-1
.6
Pujara,
L.R
..................................
FPM-3, FPM-3.2
R
Radack, Gerald
M
......................
THPM-2.2, THPM-2.4
Rainey, Lloyd W. Ill
...............................
THPM-4.4
Ramabadran, Tenkasi V
.............................
SAM-3.4
xiv
Ramachandran, S
...................................
FAM-2.6
Ramamoorthy, P. A
..................................
FAM-ö.i
Ramamoorthy,
Victor
................................
FPIVI-1
.3
Rattan.
Kuldip S
...................
FAM-5,
РАМ-б.З,
SAM-4.4
Repperger, D.
W
...........................
Plenary
Session
I
Reston,
Rocky R
....................................
FPM-2.6
Roberts,
Rodney
G
................................
ТНРМ-4.5
Robinson, David
G
..................................
SAM-4.6
Rogers, Steven
К
..................................
THPM-1
.6
Roumina, Kavous
.................................
THPM-2.4
Roy, Sumit
..........................................
FPM-1
.4
Ruck, Dennis
W
...................................
THPM-1
.6
Ruegsegger, Steve
................................
THPM-2.4
S
Sabharwal, Deepak
.................................
РАМ-б.З
Salem.
N..........................................
THPM-3.8
Sarantopoulos, Athan
D
.............................
SAM-4.5
Schneider. Stanley A
................................
FAM-1
.2
Sclabassi, Robert
J
..................................
SAM-2.3
Seth, Nitin
...........................................
SAM-4.4
Seyed, Shanram
S
..................................
FAM-5.4
Shabestari, Behrouz
N...............................
FPM-2.4
Shan, Feng
.........................................
FAM-3.6
Shaw, Arnab Kumar
.................................
SAM-3.5
She. Jianming
.......................................
FPM-3.3
Snenoi, B. A
................................
Plenary Session I
Snertukde,
H. M
.....................................
SAM-2.4
Shi. Wenfan
.........................................
FPM-4.7
Shin, Dong Hun
.....................................
FPM-4.7
Shin, Young-ln
......................................
FAM-2.1
Singh,
Sanjiv
........................................
FPM-4.7
Shinoda, Hidefumi
.................................
THPM-4.7
Shiu,
Y. C
.................................
FPM-2.1, FPM-4.2
Shue,
G
.............................................
FAM-4.6
Singh,
Sanjiv
........................................
FPM-4.7
Smiley, Steven
....................................
THPM-1
.6
Stentz, Anthony
J
....................................
FPM-4.1
Stewart, Clayton
...................................
THPM-1
.7
Stewart, David
В
.....................................
FAM-1
.4
Stonham,
T. J
.......................................
SAM-1
.4
Stuckman,
В
.................................
SAM-4, SAM-4.2
Sun, Jingjun
.........................................
SAM-4.7
Sun, Mingui
.........................................
SAM-2.3
T
Talkhan, S.E..............................
FAM-2.3, SAM-2.6
Tanaka,
Jun
.......................................
THPM-4.7
Tannenbaum,
Allen
..................................
FPM-3.7
Tarr, Gregory
L
....................................
THPM-1
.6
Task, Lee
..................................
Plenary Session I
Teixeira,
E
...........................................
FAM-4.6
Tester. John
T
.......................................
SAM-4.6
Tomiyama, Ken
...................................
THPM-4.7
Tummala, R. Lai
....................................
FPM-4.4
Turi,
Janos
..........................................
SAM-4.1
U
Ullman,
Marc A
......................................FAM-1.2
Unseren,
M.
A
.....................................
THPM-4.1
V
Vájta,
M
.............................................
FPM-3.8
Varghese,
M
.......................................
THPM-3.8
Venetsanopoulos, A.
N..............................
FPM-1
.5
Venk, Sridharan
...................................
THPM-2.2
Vestal,
Steve
........................................
FAM-1
.3
Viero,
Timo
..........................................
FPM-1
.2
Viner,
Tommy
J
......................................
FAM-1
.1
W
Walker,
G
.........................................
THPM-3.8
Walton,
E.
К
.........................................
SAM-3.1
Wan,
Jun
............................................
FAM-3.4
Wang, Hong
.......................................
THPM-1
.5
Wang, Jin
...........................................
SAM-1
.1
Wang, Junqing
......................................
FAM-4.1
Wedding, Victoria
...................................
FPM-2.4
Wee, William
G
......................................
SAM-1
.2
Wheatley, Thomas
..........................
FAM-1
,
FAM-1
.5
Whittaker, William
L
.......................
FPM-4.1
,
FPM-4.3
Willey, Kevin
J
..........................
THPM-1
.2,
THPM-1
.6
Willsky, Alan
..............................
Plenary Session II
X
Xia, Lei
..............................................
SAM-4.8
Xu,
Li D
.............................................
FAM-3.3
Xu, Xin
....................................
FAM-4.1
,
SAM-1
.5
Y
Yoon, yung-Hyun
....................................
SAM-3.4
Yu, Tian-Hu
.........................................
FPM-1
.1
Z
Zelnio,
E
...........................................
THPM-1
.2
Zhou,
Y
..................................
THPM-4.2, FPM-4.6
Zhu, Dongping
......................................
FPM-2.3
Zimmerman, John
.................................
THPM-2.6
xv
|
| any_adam_object | 1 |
| author_corporate | International Conference on Systems Engineering Fairborn, Ohio |
| author_corporate_role | aut |
| author_facet | International Conference on Systems Engineering Fairborn, Ohio |
| author_sort | International Conference on Systems Engineering Fairborn, Ohio |
| building | Verbundindex |
| bvnumber | BV005909134 |
| callnumber-first | T - Technology |
| callnumber-label | TA168 |
| callnumber-raw | TA168 |
| callnumber-search | TA168 |
| callnumber-sort | TA 3168 |
| callnumber-subject | TA - General and Civil Engineering |
| classification_tum | ELT 510f MSR 580f |
| ctrlnum | (OCoLC)24583026 (DE-599)BVBBV005909134 |
| dewey-full | 620/.001/1 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 620 - Engineering and allied operations |
| dewey-raw | 620/.001/1 |
| dewey-search | 620/.001/1 |
| dewey-sort | 3620 11 11 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Elektrotechnik Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik |
| format | Conference Proceeding Book |
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| genre | (DE-588)1071861417 Konferenzschrift 1991 Fairborn Ohio gnd-content |
| genre_facet | Konferenzschrift 1991 Fairborn Ohio |
| id | DE-604.BV005909134 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:36:41Z |
| institution | BVB |
| institution_GND | (DE-588)5078545-X |
| isbn | 0780301730 0780301749 0780301757 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003698992 |
| oclc_num | 24583026 |
| open_access_boolean | |
| owner | DE-91 DE-BY-TUM DE-83 |
| owner_facet | DE-91 DE-BY-TUM DE-83 |
| physical | XVI, 460 S. Ill., graph. Darst. |
| publishDate | 1991 |
| publishDateSearch | 1991 |
| publishDateSort | 1991 |
| publisher | IEEE |
| record_format | marc |
| spelling | International Conference on Systems Engineering 3 1991 Fairborn, Ohio Verfasser (DE-588)5078545-X aut IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio Piscataway, NJ IEEE 1991 XVI, 460 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Ingénierie des systèmes - Congrès ram Concurrent engineering Congresses Systems engineering Congresses Systemtechnik (DE-588)4140901-2 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1991 Fairborn Ohio gnd-content Systemtechnik (DE-588)4140901-2 s DE-604 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003698992&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio Ingénierie des systèmes - Congrès ram Concurrent engineering Congresses Systems engineering Congresses Systemtechnik (DE-588)4140901-2 gnd |
| subject_GND | (DE-588)4140901-2 (DE-588)1071861417 |
| title | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| title_auth | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| title_exact_search | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| title_full | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| title_fullStr | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| title_full_unstemmed | IEEE International Conference on Systems Engineering August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| title_short | IEEE International Conference on Systems Engineering |
| title_sort | ieee international conference on systems engineering august 1 3 1991 holiday inn fairborn ohio |
| title_sub | August 1 - 3, 1991 ; Holiday Inn Fairborn, Ohio |
| topic | Ingénierie des systèmes - Congrès ram Concurrent engineering Congresses Systems engineering Congresses Systemtechnik (DE-588)4140901-2 gnd |
| topic_facet | Ingénierie des systèmes - Congrès Concurrent engineering Congresses Systems engineering Congresses Systemtechnik Konferenzschrift 1991 Fairborn Ohio |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003698992&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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