1
Sudipta Sengupta
(Microsoft Research. I)
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| Expertise: ATM Networks; Wireless network / End-to-end Routing Behavior; Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; | |||||
2
Tim Roughgarden
(Assistant professor, Computer Science andManagement Science and Engineering Departments
Stanford University)
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| Expertise: Communication Complexity / Lower Bounds; Mechanism design / Learning Stochastic Finite Automata; Combinatorial optimization problem / Linear Programming; | |||||
3
Weili Wu
(Ph.D Candidate, Department of Computer Science
University of Texas)
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| Expertise: Approximation Algorithms / Perfect Graphs; Wireless Networks / Priority Scheduling; Combinatorial optimization problem / Linear Programming; Gene Expression Analysis / Data Clustering; Automata Theory / Slender Languages; | |||||
4
Srinivasan Ramasubramanian
(Associate Professor, Department of Electrical and Computer Engineering)
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| Expertise: Combinatorial optimization problem / Linear Programming; Sensor Networks / Outdoor wireless; | |||||
5
Chandra Chekuri
(Associate Professor, Algorithms/Theory Group
Department of Computer Science
University of Illinois
Urbana-Champaign
)
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| Expertise: Approximation Algorithms / Perfect Graphs; Communication Complexity / Lower Bounds; Combinatorial optimization problem / Linear Programming; Channel state information / Universal coding; | |||||
6
Asaf Levin
(Department of Statistics
Hebrew University
)
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| Expertise: Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; ATM Networks; | |||||
7
Deepak Rajan |
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| Expertise: Combinatorial optimization problem / Linear Programming; XML Data; Data mining; Data Mining / Query Processing; | |||||
8
Zeev Nutov |
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| Expertise: Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; Random graph / Independence number; | |||||
9
Jon Lee
(Manager, Research?Lab:?Watson Research Center (Yorktown))
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| Expertise: Combinatorial optimization problem / Linear Programming; | |||||
10
Jinjiang Yuan |
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| Expertise: Random graph / Independence number; Approximation Algorithms / Perfect Graphs; Scheduling problem / Search algorithm; Combinatorial optimization problem / Linear Programming; | |||||
11
Mohammad Al Hasan |
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| Expertise: Data mining; Combinatorial optimization problem / Linear Programming; | |||||
12
Bo Chen
(The Chinese University of Hong Kong, Hong Kong, Hong Kong
The Chinese Unversity of Hong kong, Hong Kong, Hong Kong
)
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| Expertise: Combinatorial optimization problem / Linear Programming; | |||||
13
T. C. Edwin Cheng |
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| Expertise: Scheduling problem / Search algorithm; Combinatorial optimization problem / Linear Programming; Random graph / Independence number; | |||||
14
Maxim Sviridenko
( postdoc , IBM T. J. Watson Research Center
)
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; Communication Complexity / Lower Bounds; | |||||
15
Chris H. Hamilton |
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| Expertise: Parallel Algorithm / Optimal Edge Search; Combinatorial optimization problem / Linear Programming; | |||||
16
Pierre Hansen
(Professeur titulaire, Service de l'enseignement des méthodes quantitatives de gestion )
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| Expertise: Combinatorial optimization problem / Linear Programming; Random graph / Independence number; Chemical Structure / Molecular graph; Scheduling problem / Search algorithm; | |||||
17
Franco Raimondi
(Department of Computer Science
University College London)
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| Expertise: Multi-Agent Systems / Agent organization; Default Logic / Description Logics; Model Checking / Hybrid Systems; Combinatorial optimization problem / Linear Programming; Software Engineering; | |||||
18
Helmut Seidl
(professor, Institut für Informatik, I2
Technische Universität München
)
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| Expertise: Automata Theory / Slender Languages; Functional Programming / Binding-Time Analysis; Combinatorial optimization problem / Linear Programming; Logic Programs / Algebraic Semantics; Theorem Proving / General-Purpose Automated Reasoning; | |||||
20
Satoru Iwata
(Research Institute for Mathematical Sciences (RIMS)
Kyoto University)
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; Random graph / Independence number; | |||||
21
Michel Gendreau
(Chercheur
Researcher , Centre de recherche sur les transports
Universit?? de Montr??al)
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| Expertise: Scheduling problem / Search algorithm; Combinatorial optimization problem / Linear Programming; Constraint Programming / Combinatorial Search Problems; | |||||
22
Chengbin Chu |
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| Expertise: Scheduling problem / Search algorithm; Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; Learning Systems / Knowledge Representation; | |||||
23
Wolfgang W. Bein
(
Professor, Univ. of Nevada
Los Vegas
Dept. of Computer Science)
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| Expertise: Approximation Algorithms / Perfect Graphs; Knowledge Management / Minitrack Introduction; Combinatorial optimization problem / Linear Programming; | |||||
24
F. Bruce Shepherd |
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| Expertise: Combinatorial optimization problem / Linear Programming; Communication Complexity / Lower Bounds; Random graph / Independence number; Approximation Algorithms / Perfect Graphs; Wireless network / End-to-end Routing Behavior; | |||||
25
Bruno Escoffier |
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| Expertise: Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; Default Logic / Description Logics; | |||||
26
Eva Tardos
(Professor, Department of Computer Science)
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| Expertise: Communication Complexity / Lower Bounds; Combinatorial optimization problem / Linear Programming; Mechanism design / Learning Stochastic Finite Automata; Random graph / Independence number; | |||||
27
R. Chandrasekaran
(Professor, School of Engineering and Computer Science)
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| Expertise: Combinatorial optimization problem / Linear Programming; Wireless Networks / Priority Scheduling; Dynamic Networks / Extended Abstract; | |||||
28
Bingsheng He
(Microsoft Research at Asia )
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| Expertise: XML Data; Combinatorial optimization problem / Linear Programming; Data Mining / Query Processing; Scheduling problem / Search algorithm; | |||||
29
Rene Sitters
(Department of Mathematics and Computer Science)
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; | |||||
30
Gwenael Joret |
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| Expertise: Wireless Networks / Algorithmic Complexity; Combinatorial optimization problem / Linear Programming; Random graph / Independence number; Approximation Algorithms / Perfect Graphs; | |||||
31
Florian Jarre
(Full professor,, Mathematisches Institut
Lehrstuhl für Mathematische Optimierung
Universitätsstraße 1)
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| Expertise: Combinatorial optimization problem / Linear Programming; | |||||
32
Jose Maria Sigarreta |
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| Expertise: Combinatorial optimization problem / Linear Programming; | |||||
33
Anna Slobodova |
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| Expertise: Automata Theory / Slender Languages; Combinatorial optimization problem / Linear Programming; Model Checking / Hybrid Systems; Power optimization / Synchronous Sequential Circuits; | |||||
34
Christoph Meinel
(Scientific Director , Hasso-Plattner-Institut for IT-Systems Engineering (HPI). )
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| Expertise: Combinatorial optimization problem / Linear Programming; Automata Theory / Slender Languages; Database Systems / Programming Languages; Learning Environment / Web Site; Der Informatik / Zur Bedeutung von Modellen; | |||||
35
Francois Margot
(Tepper School of Business Carnegie Mellon University 5000 Forbes Ave Pittsburgh, PA 15213-3890)
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| Expertise: Combinatorial optimization problem / Linear Programming; Convex Polygons / Planar Arrangements; | |||||
36
Federico Malucelli
(Full professor of Operations Research)
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| Expertise: Combinatorial optimization problem / Linear Programming; Wireless Networks / Priority Scheduling; Scheduling problem / Search algorithm; | |||||
37
Samuel Fiorini |
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; | |||||
38
Joachim Spoerhase |
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; | |||||
39
Bernhard Haeupler |
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| Expertise: Wireless Networks / Algorithmic Complexity; Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; | |||||
40
Arunava Banerjee
(Assistant Professor, University of Florida)
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| Expertise: Neural Networks / BYY learning; Object Recognition / Two-View Motion Estimation; Combinatorial optimization problem / Linear Programming; Machine Learning; Image Registration / MR Images; Expression data / Microarray experiment; | |||||
41
Yusuke Kobayashi |
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| Expertise: Combinatorial optimization problem / Linear Programming; Random graph / Independence number; Parallel algorithm; Expression data / Microarray experiment; Wideband Systems / Channel Estimation; | |||||
42
Bobby Bhattacharjee
(Associate Professor
, Department of Computer Science
Institute for Advanced Computer Studies
Department of Electrical and Computer Engineering (affiliate)
University of Maryland)
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| Expertise: Combinatorial optimization problem / Linear Programming; Mechanism design / Learning Stochastic Finite Automata; Knowledge-based data analysis / Medical Costs; Gene Expression Analysis / Data Clustering; | |||||
43
Nicola Apollonio |
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; | |||||
45
Kangbok Lee |
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| Expertise: Combinatorial optimization problem / Linear Programming; Scheduling problem / Search algorithm; | |||||
46
Paul S. Bonsma |
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| Expertise: Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; Random graph / Independence number; | |||||
47
Pierre Bonami |
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| Expertise: Combinatorial optimization problem / Linear Programming; | |||||
48
Friedrich Eisenbrand
(Max-Planck-Institut f??r Informatik )
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| Expertise: Approximation Algorithms / Perfect Graphs; Combinatorial optimization problem / Linear Programming; Convex Polygons / Planar Arrangements; | |||||
49
Satoru Fujishige
(Professor, Research Institute for Mathematical Sciences
Kyoto University )
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| Expertise: Combinatorial optimization problem / Linear Programming; Approximation Algorithms / Perfect Graphs; | |||||
50
Gerhard Reinelt
(Universitaet Heidelberg)
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| Expertise: Combinatorial optimization problem / Linear Programming; Convex Polygons / Planar Arrangements; | |||||
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