EDBT 2026 Demo / recruiting

Reviewers in the wild

The CS expert database: 1,777,551 experts · 2,837,695 papers in CCF A–C and ICORE A*–C venues · 10 venue-derived domains · snapshot 2026-09-22.

Recruitment bar

Who qualifies as a reviewer for this venue: pick venues from the rank lists, then set the junior and senior requirements. Each role keeps its own saved bar, which diagnosis and pool planning also use.
Saved reviewer bar: SIGMOD, VLDB, ICDE, EDBT, PODS, CIKM +1 · junior 2+ first-author in 5y or senior 4+ papers in 5y
1Venues the expert should have published in
No venue selected
Computer architecture / parallel and distributed computing / storage systems 90
CCF A
CCF B
CCF C
Computer networks 54
CCF A
CCF B
CCF C
Network and information security 58
CCF A
CCF B
CCF C
Software engineering / systems software / programming languages 78
CCF A
CCF B
CCF C
Databases / data mining / content retrieval 62
CCF A
CCF B
CCF C
Theory of computer science 52
CCF A
CCF B
CCF C
Computer graphics and multimedia 53
CCF A
CCF B
CCF C
Artificial intelligence 105
CCF A
CCF B
CCF C
Human-computer interaction and ubiquitous computing 35
CCF A
CCF B
CCF C
Interdisciplinary / comprehensive / emerging 52
CCF A
CCF B
CCF C
46Information and computing sciences 14
ICORE B
ICORE C
0806Information systems 1
ICORE B
4601Applied computing 57
ICORE A
ICORE B
ICORE C
4602Artificial intelligence 117
ICORE A*
ICORE A
ICORE B
ICORE C
4603Computer vision and multimedia computation 51
ICORE A*
ICORE A
ICORE B
ICORE C
4604Cybersecurity and privacy 62
ICORE A*
ICORE A
ICORE B
ICORE C
4605Data management and data science 73
ICORE A*
ICORE A
ICORE B
ICORE C
4606Distributed computing and systems software 151
ICORE A*
ICORE A
ICORE B
ICORE C
4607Graphics, augmented reality and games 25
ICORE A*
ICORE A
ICORE B
ICORE C
4608Human-centred computing 83
ICORE A*
ICORE A
ICORE B
ICORE C
4611Machine learning 48
ICORE A*
ICORE A
ICORE B
ICORE C
4612Software engineering 107
ICORE A*
ICORE A
ICORE B
ICORE C
4613Theory of computation 87
ICORE A*
ICORE A
ICORE B
ICORE C
CSEComputer Systems Engineering 30
ICORE A*
ICORE A
ICORE B
ICORE C
Only venues with papers since 2020 are listed. A venue ranked by both catalogues, or filed under several fields, is one entry: ticking any copy ticks them all. Rank labels are the catalogues', not a quality judgement.
2Publication requirement
at least papers as first author in the recent years
at least papers as any author in the recent years
“Recent k years” means papers dated 2026−k+1 or later; 2026 is incomplete in the snapshot and a few journals already date papers 2027. First author = first-listed, not corresponding.

Experts by research domain — the database's own venue-derived domains; a paper can belong to several; active = at least one paper since 2021

Experts by expertise

The expertise taxonomy: 90,661 topics extracted from 634,694 papers of 537,692 experts, organised under the ten CCF categories and 168 areas. Pick a category, then narrow down to a topic; every level lists its experts by weight.
Theoretical computer science CCF category 103,442 papers · 84,688 experts
Areas 15 · with their number of papers; shaded topics divide further
Experts on Theoretical computer science 84,688 · by weight: papers on the topic counted with recency (1 for a paper about it, 0.3 as context, halved every five years), summed over the category's topics
ExpertWeight Papers in categoryMain areas All papersLastORCID
Nikhil Bansal 0001
dblp:69/5601
87.9 107Approximation and online algorithms · 31% Mathematical optimization · 21% Combinatorics and discrete mathematics · 13% 173 · 31 since 2021 2026 verified
Madhu Sudan 0001
dblp:s/MadhuSudan
87.6 126Computational complexity · 35% Algorithms and data structures · 23% Coding theory · 22% 195 · 37 since 2021 2026 verified
Haris Aziz 0001
dblp:67/2967
87.5 68Algorithmic game theory and mechanism design · 91% Approximation and online algorithms · 3% Computational complexity · 3% 102 · 36 since 2021 2026 conflict
Michael I. Jordan
dblp:j/MichaelIJordan
87.5 115Mathematical optimization · 43% Algorithmic game theory and mechanism design · 40% Approximation and online algorithms · 7% 478 · 130 since 2021 2026 verified
Alexandros Hollender
dblp:156/0341
87.4 35Computational complexity · 47% Algorithmic game theory and mechanism design · 41% Mathematical optimization · 6% 50 · 41 since 2021 2026 verified
Jun Chen 0005
dblp:85/5901-5
87.4 73Coding theory · 66% Information theory · 29% Mathematical optimization · 3% 169 · 66 since 2021 2026 conflict
Dor Minzer
dblp:161/4102
86.6 45Computational complexity · 63% Coding theory · 12% Combinatorics and discrete mathematics · 8% 52 · 42 since 2021 2026 verified
Xuemin Lin 0001
dblp:l/LinXuemin
86.2 125Graph algorithms and graph theory · 71% Algorithms and data structures · 15% Approximation and online algorithms · 4% 585 · 243 since 2021 2026 verified
Alberto Marchesi 0001
dblp:204/1718-1
85.9 50Algorithmic game theory and mechanism design · 83% Approximation and online algorithms · 10% Mathematical optimization · 4% 60 · 46 since 2021 2026 verified
Mikkel Thorup
dblp:t/MikkelThorup
85.7 140Algorithms and data structures · 47% Graph algorithms and graph theory · 28% Approximation and online algorithms · 7% 204 · 25 since 2021 2026 verified
Joshua Brakensiek
dblp:125/2313
85.1 36Coding theory · 43% Computational complexity · 32% Approximation and online algorithms · 8% 44 · 30 since 2021 2026 verified
Mika Göös
dblp:25/7589
84.8 50Computational complexity · 81% Algorithmic game theory and mechanism design · 4% Graph algorithms and graph theory · 3% 73 · 28 since 2021 2026 verified
John C. S. Lui
dblp:l/JohnCSLui
84.6 74Algorithmic game theory and mechanism design · 31% Mathematical optimization · 22% Quantum computing and quantum information · 18% 467 · 181 since 2021 2026 conflict
Aris Filos-Ratsikas
dblp:29/10537
84.5 47Algorithmic game theory and mechanism design · 75% Computational complexity · 15% Approximation and online algorithms · 4% 67 · 39 since 2021 2026 verified
Eduard Eiben
dblp:165/8476
84.4 43Computational complexity · 40% Algorithmic game theory and mechanism design · 24% Graph algorithms and graph theory · 16% 99 · 58 since 2021 2026 verified
Piotr Indyk
dblp:i/PiotrIndyk
84.1 155Algorithms and data structures · 55% Computational complexity · 11% Information theory · 10% 214 · 33 since 2021 2026 reported
Arnold Filtser
dblp:135/4993
83.8 42Graph algorithms and graph theory · 41% Algorithms and data structures · 31% Computational geometry · 10% 61 · 36 since 2021 2026 verified
Gennian Ge
dblp:87/5413
83.8 68Coding theory · 83% Combinatorics and discrete mathematics · 10% Information theory · 2% 136 · 40 since 2021 2026 verified
Ce Jin 0001
dblp:224/0281
83.5 34Computational complexity · 32% Algorithms and data structures · 28% Graph algorithms and graph theory · 14% 44 · 36 since 2021 2026 verified
S. Matthew Weinberg
dblp:52/2474
83.3 64Algorithmic game theory and mechanism design · 80% Approximation and online algorithms · 7% Computational complexity · 5% 96 · 46 since 2021 2026 verified
Jugal Garg
dblp:04/7867
83.2 50Algorithmic game theory and mechanism design · 83% Approximation and online algorithms · 9% Mathematical optimization · 4% 74 · 43 since 2021 2026 verified
Yuichi Yoshida
dblp:36/4449
82.6 72Computational complexity · 24% Graph algorithms and graph theory · 21% Mathematical optimization · 18% 138 · 37 since 2021 2026 conflict
Andreas Wiese
dblp:92/715
82.1 51Approximation and online algorithms · 42% Mathematical optimization · 25% Algorithms and data structures · 13% 108 · 36 since 2021 2026 conflict
Rong-Hua Li 0001
dblp:37/548-1
81.7 67Graph algorithms and graph theory · 79% Algorithms and data structures · 9% Mathematical optimization · 8% 165 · 111 since 2021 2026 conflict
Erik Waingarten
dblp:146/0153
81.3 38Algorithms and data structures · 44% Computational complexity · 33% Computational geometry · 8% 42 · 25 since 2021 2026 verified
Michael Kapralov
dblp:76/6407
81.2 57Algorithms and data structures · 35% Graph algorithms and graph theory · 34% Computational complexity · 16% 75 · 29 since 2021 2026 verified
Jon Schneider
dblp:146/0503
81.1 48Algorithmic game theory and mechanism design · 61% Approximation and online algorithms · 19% Mathematical optimization · 11% 60 · 45 since 2021 2026 conflict
Sayan Bhattacharya
dblp:57/3907
81.1 47Algorithms and data structures · 46% Graph algorithms and graph theory · 22% Approximation and online algorithms · 17% 58 · 31 since 2021 2026 conflict
Holger Boche
dblp:39/3615
80.8 74Information theory · 56% Coding theory · 16% Quantum computing and quantum information · 13% 472 · 156 since 2021 2026 conflict
Édouard Bonnet
dblp:131/6607
80.1 37Graph algorithms and graph theory · 50% Computational complexity · 24% Computational geometry · 8% 100 · 51 since 2021 2026 verified
Maria-Florina Balcan
dblp:b/MariaFlorinaBalcan
80.1 65Algorithmic game theory and mechanism design · 27% Computational complexity · 23% Mathematical optimization · 21% 142 · 38 since 2021 2026 verified
Vincent Conitzer
dblp:c/VincentConitzer
80.1 135Algorithmic game theory and mechanism design · 82% Mathematical optimization · 6% Computational complexity · 6% 179 · 45 since 2021 2026 verified
Junchi Yan
dblp:60/7949
79.8 68Mathematical optimization · 56% Graph algorithms and graph theory · 18% Quantum computing and quantum information · 13% 442 · 330 since 2021 2026 verified
Nisarg Shah 0001
dblp:95/9508-1
79.7 66Algorithmic game theory and mechanism design · 85% Approximation and online algorithms · 8% Algorithms and data structures · 3% 82 · 36 since 2021 2026 verified
Edith Elkind
dblp:31/2621
79.5 95Algorithmic game theory and mechanism design · 84% Computational complexity · 8% Algorithms and data structures · 3% 142 · 45 since 2021 2026 verified
Georgios Piliouras
dblp:62/1236
79.4 62Algorithmic game theory and mechanism design · 77% Mathematical optimization · 12% Approximation and online algorithms · 5% 92 · 52 since 2021 2025 verified
Constantinos Daskalakis
dblp:d/ConstantinosDaskalakis
79.2 88Algorithmic game theory and mechanism design · 62% Mathematical optimization · 12% Computational complexity · 11% 144 · 43 since 2021 2026 conflict
Seshadhri Comandur
dblp:60/4210
79.1 83Computational complexity · 40% Graph algorithms and graph theory · 37% Algorithms and data structures · 16% 109 · 26 since 2021 2026 verified
Renato Paes Leme
dblp:53/1607
79.0 68Algorithmic game theory and mechanism design · 67% Approximation and online algorithms · 12% Mathematical optimization · 9% 76 · 32 since 2021 2026 verified
Chris Schwiegelshohn
dblp:48/7183
78.7 32Algorithms and data structures · 59% Approximation and online algorithms · 16% Computational complexity · 9% 48 · 31 since 2021 2026 conflict
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