
|

Starting from 15 publications during my first academic period
until 1998, I have grown to the current total of 160 since my
(including 59 full papers and chapters),
i.e. at an average pace of 9 publications per year
(including 4 full papers and chapters per year) over the last 15 years.
My intermediate period in industry did not involve publishing
beside writing patents and technical reports. Current citation
metrics: h-index: 23 / citations:
6200+ (of which 4400+ for the famed 1992 "Bias-Variance" paper alone).
|
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21. |
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Nature Communications,
impact factor: 12.12 (lead supervisor*)
[11 pages].
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20. |
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Scientific Reports (a Nature journal),
impact factor: 5.23 (one of 3 joint supervisors*)
[11 pages].
|
19. |
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ACS Synthetic Biology,
impact factor: 6.08 (lead supervisor*)
[20 pages].
|
18. |
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Theory in Biosciences,
impact factor: 1.23
[31 pages].
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17. |
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[19 pages].
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16. |
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Nature Communications,
impact factor: 12.12 (one of 6 joint supervisors*)
[10 pages].
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15. |
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[14 pages].
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14. |
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Soft Robotics,
impact factor: 8.65
[12 pages].
|
13. |
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PLoS Computational Biology,
impact factor: 4.62
[13 pages, no numbers].
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12. |
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[9 pages].
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11. |
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[19 pages].
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10. |
 |
[5 pages].
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9. |
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Artificial Life,
impact factor: 1.93 (one of 2 joint supervisors*)
[24 pages].
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8. |
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[6 pages, no numbers].
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7. |
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[22 pages].
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6. |
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PLoS Computational Biology,
impact factor: 6.24 (one of 2 joint supervisors*)
[11 pages, no numbers].
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5. |
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[13 pages, no numbers].
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4. |
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[10 pages, no numbers].
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3. |
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Neural Networks,
impact factor: 5.29 (selected for this special issue among < 10% of IJCNN 2005 papers)
[11 pages].
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2. |
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[18 pages].
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1. |
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Neural Computation,
impact factor: 2.21 (paper cited 3800+ times)
[58 pages].
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3. |
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[135 pages].
[3 pages].
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2. |
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[181 pages].
[3 pages].
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1. |
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[228 pages].
[5 pages].
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10. |
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[14 pages].
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9. |
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[44 pages].
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8. |
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[18 pages].
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7. |
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[60 pages].
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6. |
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[47 pages].
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5. |
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[37 pages].
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4. |
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[25 pages].
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3. |
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[52 pages].
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2. |
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[34 pages].
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1. |
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[21 pages].
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3. |
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[261 pages].
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2. |
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[452 pages].
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1. |
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[306 pages].
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26. |
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[8 pages; presenter: N. Toussaint].
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25. |
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[8 pages; presenter: D. Medernarch].
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24. |
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[8 pages; presenter: A. V. Ponce Bobadilla].
|
23. |
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Best paper award winner
(sole winner in the Masters-level student category)
[8 pages; presenter: I. Y. Ren].
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22. |
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[7 pages].
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21. |
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[10 pages; presenter: J. Raimbault].
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20. |
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[7 pages; presenter: J. González].
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19. |
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[6 pages].
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18. |
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[8 pages; presenter: M. Joachimczak].
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17. |
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[8 pages; presenter: D. Medernach].
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16. |
 |
Best paper award nominee
(28 nominees for 13 awards, out of 204 papers published at GECCO 2013)
[8 pages; presenter: W. Banzhaf].
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15. |
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[8 pages; presenter: B. Wróbel].
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14. |
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Best paper award winner
(10 winners out of 170 papers published at GECCO 2012)
[8 pages].
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13. |
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[6 pages; presenter: J. D. Fernández].
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12. |
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[8 pages].
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11. |
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[8 pages].
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10. |
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[7 pages].
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9. |
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[10 pages, no numbers].
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8. |
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Selected for a book volume
(77 selected papers out of more than 300 presented at ICCS 2006)
[6 pages].
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7. |
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[8 pages].
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6. |
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[7 pages; presenter: G. Vert].
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5. |
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[8 pages, no numbers].
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4. |
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Selected for a special journal issue
(among less than 10% of the papers accepted at IJCNN 2005)
[6 pages].
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3. |
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Doursat, R. & Petitot, J. (1997)
Modèles dynamiques et linguistique cognitive: vers une
sémantique morphologique active.
Le mouvement: Des boucles sensori-motrices aux représentations cognitives et langagières,
Actes de la 6ème Ecole d'été de l'Association pour la Recherche Cognitive (ARCo),
July 5-13, 1997, Bonas, France: pp. 167-183
[17 pages].
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2. |
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Bienenstock, E. & Doursat, R. (1990)
Spatio-temporal coding and the compositionality of cognition.
In Proceedings of the Workshop on Temporal Correlations and Temporal Coding in the Brain,
April 25-27, 1990, Paris, France; R. Lestienne, ed.: pp. 42-47
[6 pages; presenter: E. Bienenstock].
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1. |
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Bienenstock, E. & Doursat, R. (1989)
Elastic matching and pattern recognition in neural networks.
In Neural Networks: From Models to Applications, Proceedings of the nEuro'88 Conference,
June 6-9, 1988, Ecole Supérieure de Physique et Chimie Industrielles (ESPCI), Paris, France;
L. Personnaz & G. Dreyfus, eds.: pp. 472-482.
IDSET, ISBN 2-9036-6703-9
[11 pages].
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7. |
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[674 pages].
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6. |
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[988 pages].
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5. |
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[1636 pages].
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4. |
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[1364 pages].
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3. |
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[909 pages].
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2. |
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[542 pages].
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1. |
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[259 pages].
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14. |
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[2 pages; presenter: S. Stepney].
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13. |
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[1 page].
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12. |
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[1 page].
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11. |
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[1 page].
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10. |
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[2 pages].
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9. |
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[4 pages; presenter: M. Joachimczak].
|
8. |
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[4 pages].
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7. |
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[8 pages].
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6. |
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[presenter: G. Hoelzer].
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5. |
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[no page numbers].
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4. |
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[online proceedings].
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3. |
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[online proceedings; presenter: G. Hoelzer].
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2. |
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Bienenstock, E. & Doursat, R. (1989)
Of shapes, graphs and neural codes.
NATO Advanced Research Workshop on Neuro Computing:
Algorithms, Architectures and Applications,
February 27-March 3, 1989,
Les Arcs, France
[presenter: E. Bienenstock].
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1. |
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Bienenstock, E. & Doursat, R. (1988)
Graph-matching and shape recognition in neural networks.
1st Conference on Image Recognition and Neural Networks:
From Signal Processing to Representation (NEURO-IMAGE 1988),
October 6-7, 1988,
Université de Bordeaux II, France.
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11. |
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Only keynote speaker
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10. |
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One of 2 keynote speakers, with Siobhán Clarke (Trinity College, Dublin)
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9. |
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One of 2 keynote speakers, with Sabine Hauert (University of Bristol)
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8. |
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One of 3 keynote speakers, with Thomas Kirste (Rostock), Edzer Pebesma (Münster)
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7. |
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One of 3 keynote speakers, with Ioannis Kevrekidis (Princeton), Jeffrey Wilcox (VP Lockheed)
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6. |
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Only keynote speaker
|
5. |
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Only keynote speaker
|
4. |
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One of 3 keynote speakers, with Paulien Hogeweg (Utrecht), Pierre-Yves Oudeyer (INRIA Bordeaux)
|
3. |
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Only keynote speaker
|
2. |
|
One of 2 keynote speakers, with Russ Abbott (CalState LA)
|
1. |
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One of 3 keynote speakers, with Marco Dorigo (Bruxelles), Hiroshi Shimizu (Osaka)
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44. |
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43. |
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42. |
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Doursat, R. (2019)
Morphogenetic Engineering in (synthetic) biology: Creating biological(ly inspired) architectures.
Workshop on Evolutionary Dynamics and Biological Computing,
June 7, 2019. Manchester Metropolitan University, UK.
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41. |
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40. |
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39. |
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38. |
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37. |
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36. |
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One of 9 invited speakers, including Uwe Meierhenrich, John Sutherland, Roland Lehoucq
|
35. |
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One of 20 invited speakers, including Mark Bedau, Steen Rasmussen, Kepa Ruiz Mirazo
|
34. |
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One of 6 invited speakers
|
33. |
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One of 6 invited speakers
|
32. |
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31. |
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30. |
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29. |
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One of 7 invited speakers, including Rolf Pfeifer, Alain Berthoz, Kevin O'Regan
|
28. |
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One of 20 invited speakers, including Kunihiko Kaneko, Steen Rasmussen, Mark Bedau, Wolfgang Banzhaf
|
27. |
|
One of 8 invited speakers, including Ed Munro, Lance Davidson, Roeland Merks
|
26. |
|
One of 8 invited speakers, including Ricard Solé, Barry McMullin, Christoph Teuscher
|
25. |
|
One of 5 invited speakers, including Marco Dorigo, Jack Lutz, Cristian Calude
|
24. |
|
One of 7 invited speakers, including Josh Bongard, Kenneth Stanley, Giorgio Metta
|
23. |
|
One of 26 invited speakers, including Gustavo Deco, Karl Friston, Stephen Grossberg, Gregor Schöner, Wolf Singer, Misha Tsodyks, Christoph von der Malsburg
|
22. |
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21. |
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[presenter: J. Delile].
|
20. |
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19. |
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18. |
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17. |
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16. |
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15. |
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14. |
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13. |
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12. |
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11. |
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10. |
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9. |
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8. |
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7. |
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6. |
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5. |
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4. |
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3. |
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Goodman, P. H. & Doursat, R. (2007)
Large-scale biologically realistic models of cortical mesocircuit dynamics.
Computational Neuroscience, Sensory Augmentation, and Brain-Machine Interface,
April 25-26, 2007, Office of Naval Research (ONR), Arlington, VA.
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2. |
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1. |
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2. |
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[30 pages].
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1. |
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[41 pages].
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3. |
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2. |
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Doursat, R., von der Malsburg, C. & Bienenstock, E. (1995)
Coding metric with delayed temporal correlations: An oscillator
model of graph-matching.
Technical Report, Institute for Neural Computation,
Ruhr-Universität Bochum, Germany.
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1. |
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Doursat, R., Konen, W., Lades, M., von der Malsburg, C.,
Vorbrüggen, J. C., Wiskott, L. & Würtz, R. P. (1993)
Neural mechanisms of elastic pattern matching.
Internal Report IRINI 93-01, Institute for Neural Computation,
Ruhr-Universität Bochum, Germany.
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|
64. |
 |
Keele University, Newcastle-under-Lyme, UK
(host: ),
School of Computing and Mathematics,
November 15, 2017 —
Reconciling architecture with self-organisation
via Morphogenetic Engineering.
|
63. |
 |
Manchester Metropolitan University, UK
(hosts: ),
,
October 27, 2016 —
Robot swarms, artificial bacteria, and connected crowds:
How morphogenesis can guide them all.
|
62. |
 |
Norwegian University of Science and Technology (NTNU), Trondheim, Norway
(hosts: ,
),
,
June 14, 2016 —
From computational biology to bio-inspired computing and back again:
Creating self-organization by Morphogenetic Engineering.
|
61. |
 |
Ecole Normale Supérieure de Lyon (ENS Lyon), France
(host: ),
,
June 3, 2016 —
MecaGen: A cell-based computational model of early embryogenesis
coupling mechanical behavior and gene regulation.
|
60. |
 |
Universités Paris-Descartes (Paris V) and Paris-Diderot (Paris VII), France
(host: ),
,
February 19, 2016 —
Designing artificial "living" organisms by Morphogenetic Engineering.
|
59. |
 |
Newcastle University, UK
(host: ),
,
February 15, 2016 —
Developmental design of synthetic bacterial
architectures by Morphogenetic Engineering.
|
58. |
 |
Université de Strasbourg, France
(host: ),
,
June 9, 2015 —
From multicellular development to
Morphogenetic Engineering to synthetic biology.
|
57. |
 |
Brown University, Providence, RI
(hosts: ,
),
,
February 4, 2015 —
Computational reconstruction and modeling of multicellular dynamics
from 3D+time in vivo imaging of animal early embryogenesis. Extension to Artificial Life.
|
56. |
 |
Tufts University, Boston, MA
(hosts: ,
),
,
February 2, 2015 —
From multicellular development to
Morphogenetic Engineering to synthetic biology.
|
55. |
 |
KU Leuven, Belgium
(hosts: ,
),
,
March 7, 2014 —
Morphogenetic "neuron flocking": The dynamic
self-organization of neural activity into mental shapes.
|
54. |
 |
The Catholic University of America, Washington, DC
(host: ),
,
April 18, 2013 —
From multicellular development to "artificial life" to synthetic biology,
The modeling-engineering loop in biological complex systems.
|
53. |
 |
University of Southampton, UK
(host: ),
,
March 6, 2013 —
Morphogenetic Engineering: The two-way bridges between biomodelling,
bioinspired engineering, and bioengineering.
|
52. |
 |
Drexel University, Philadelphia, PA
(host: ),
,
December 10, 2012 —
From embryogenesis to simulated development to synthetic biology:
The alliance of modeling and engineering in biological complex systems.
|
51. |
 |
University of Vermont, Burlington, VT
(host: ),
,
November 30, 2012 —
Morphogenetic Engineering: Toward programmable complex systems
via biological and artificial development.
|
50. |
 |
BBN Technologies, Cambridge, MA
(host: ),
,
November 27, 2012 —
Complex systems and Morphogenetic Engineering:
New avenues toward self-organized architectures.
|
49. |
 |
George Mason University, Fairfax, VA
(host: ),
,
November 16, 2012 —
Programmable complex systems, artificial development,
and the "shapes" of brain dynamics.
|
48. |
 |
Drexel University, Philadelphia, PA
(host: ),
, Department of Computer Science,
November 12, 2012 —
From embryogenesis to simulated development to synthetic biology:
The alliance of modeling and engineering in biological complex systems.
|
47. |
 |
Goethe-Universität, Frankfurt am Main, Germany
(host: ),
,
March 16, 2012 —
Morphogenetic "neuron flocking": The dynamic self-organization
of neural activity into mental shapes.
|
46. |
 |
Forschungszentrum Jülich, Germany
(hosts: ,
),
Group,
March 15, 2012 —
Morphogenetic "neuron flocking": The dynamic self-organization
of neural activity into mental shapes.
|
45. |
 |
Université d'Aix-Marseille, France
(host: ),
,
May 18, 2011 —
Uncovering the shapes of brain dynamics.
|
44. |
 |
Université de Lille, France
(host: ),
,
April 19, 2011 —
How to design self-organization in multi-agent systems.
|
43. |
 |
Université d'Aix-Marseille, France
(host: ),
,
April 12, 2011 —
Self-organization and architecture: Heading for the best of both worlds.
|
42. |
 |
Universidad de Málaga, Spain
(host: ),
, School of Computer Science,
April 8, 2011 —
Architecture and self-organization.
|
41. |
 |
Université d'Orléans, France
(host: ),
,
March 21, 2011 —
Unconventional architectures: The art of programming self-organization.
|
40. |
 |
Université de Strasbourg, France
(host: ),
,
March 18, 2011 —
How to design self-organization: Bringing back evolutionary
computation into multi-agent systems.
|
39. |
 |
Université de Nancy & INRIA, France
(host: ),
,
March 17, 2011 —
The myriads of ALife: Importing complex systems and
self-organization into engineering.
|
38. |
 |
University of Bristol, UK
(host: ),
,
November 9, 2010 —
Heterogeneous collective motion or moving pattern formation?
The exemplary status of multicellular morphogenesis at the
border between "informed" physics and "physical" computation.
|
37. |
 |
Ecole Normale Supérieure de Lyon, France
(hosts: ,
),
,
November 4, 2010 —
A computational model of multicellular development.
|
36. |
 |
Université Libre de Bruxelles, Belgium
(hosts: ,
),
,
March 19, 2010 —
Embryomorphic engineering: From biological development to
artificial multi-agent organisms.
|
35. |
 |
Université de Nantes, France
(host: ),
,
February 11, 2010 —
Morphogenetic Engineering: From biological development
to programmable self-organized systems.
|
34. |
 |
Université Pierre et Marie Curie (Paris 6), France
(host: ),
,
December 11, 2009 —
Heterogeneous collective motion or moving pattern formation? The self-made
puzzle of embryogenesis under the light of multi-agent modeling.
|
33. |
 |
University of West England, Bristol, UK
(host: ),
,
,
October 19, 2009 —
Embryomorphic engineering:
From biological development to artificial multi-agent organisms.
|
32. |
 |
London School of Economics, UK
(host: ),
,
June 26, 2009 —
Complex systems as "self-made puzzles" that can be programmed:
Lessons from biological morphogenesis.
|
31. |
 |
Genopole, Evry, France
(hosts: ,
),
,
June 25, 2009 —
Complex systems and agent-based modeling in biology.
|
30. |
 |
The Open University, Milton Keynes, UK
(host: ),
,
April 1, 2009 —
The self-made puzzle: Complex systems and design.
|
29. |
 |
Université de Cergy-Pontoise, France
(host: ),
,
February 5, 2009 —
A multi-agent computational model of biological morphogenesis based
on non-random, programmable pattern formation and self-assembly.
|
28. |
 |
New England Complex Systems Institute (NECSI), Cambridge, MA
(host: ),
,
January 8, 2009 —
Self-organization and variability of complex modular architectures
as a prerequisite to evolutionary innovation.
|
27. |
 |
Université Pierre et Marie Curie (Paris 6), France
(host: ),
,
December 12, 2008 —
A multi-agent computational model of biological morphogenesis based
on non-random, programmable pattern formation and self-assembly.
|
26. |
 |
Universitat Pompeu Fabra, Barcelona, Spain
(host: ),
,
December 5, 2008 —
Self-organization and variability of complex modular architectures
as a prerequisite to evolutionary innovation.
|
25. |
 |
Université Paris-Sud 11 & INRIA, Orsay, France
(hosts: ,
),
,
,
November 10, 2008 —
Spatial self-organization of heterogeneous, modular architectures.
|
24. |
 |
Ecole Polytechnique & CNRS, Paris, France
(host: ),
,
March 25, 2008 —
Architectures that are self-organized and complex:
From morphogenesis to engineering.
|
23. |
 |
University of Otago, Dunedin, New Zealand
(host: ),
,
Feburary 12, 2008 —
Architectures that are self-organized and complex:
From morphogenesis to engineering.
|
22. |
 |
Victoria University of Wellington, New Zealand
(host: ),
,
School of Mathematics, Statistics & Computer Science,
February 5, 2008 —
Architectures that are self-organized and complex:
From morphogenesis to engineering.
|
21. |
 |
Complex Systems Institute, Paris Ile-de-France,
,
January 18, 2008 —
The self-made puzzle: Integrating self-assembly and
pattern formation under non-random genetic regulation.
|
20. |
 |
Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland
(host: ),
,
Institut d'Ingénierie des Systèmes,
January 16, 2008 —
The self-made puzzle: Integrating self-assembly and
pattern formation under non-random genetic regulation.
|
19. |
 |
Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland
(hosts: ,
),
,
Brain Mind Institute,
January 16, 2008 —
Toward a spiking mesoscopic neurodynamics.
|
18. |
 |
Utrecht University, The Netherlands
(host: ),
,
Department of Biology,
December 17, 2007 —
The self-made puzzle: Integrating self-assembly and
pattern formation under non-random genetic regulation.
|
17. |
 |
Indiana University, Bloomington, IN
(host: ),
,
May 31, 2007 —
Embryomorphic architectures.
|
16. |
 |
INRIA Futurs, Orsay, France
(host: ),
,
January 23, 2007 —
Organically grown architectures: Embryogenesis and neurogenesis as
new paradigms for decentralized systems design.
|
15. |
 |
Ecole Polytechnique & CNRS, Paris, France
(host: ),
,
December 5, 2006 —
Building the mesoscopic foundations of cognition: emergence and
interaction of spatiotemporal patterns in complex dynamical
neural systems.
|
14. |
 |
Goethe-Universität, Frankfurt am Main, Germany
(host: ),
,
November 3, 2006 —
Genetics and epigenetics: Two models of self-organization
in biological development.
|
13. |
 |
Ruhr-Universität Bochum, Germany
(host: ),
,
October 31, 2006 —
Locks and keys in complex neural networks:
The "mesocircuits" of cognition.
|
12. |
 |
Binghamton University SUNY, Binghamton, NY
(host: ),
,
July 25, 2006 —
Locks and keys in complex biosystems:
From coherence induction to regulation.
|
11. |
 |
University of Massachusetts, Amherst, MA
(host: ),
,
Department of Computer Science,
July 24, 2006 —
Locks and keys in complex biosystems:
From coherence induction to regulation.
|
10. |
 |
Université de Sherbrooke, Canada
(host: ),
,
July 18, 2006 —
Toward a rich neurodynamics at a mesoscopic level: Two models
of resonance among networks of oscillatory and excitable units.
|
9. |
 |
McGill University, Montréal, Canada
(host: ),
Evolution & Ecology Groups,
,
July 13, 2006 —
Temporal waves of genetic diversity in a spatially
explicit model of evolution: Heaving toward speciation.
|
8. |
 |
Université Laval, Québec, Canada
(host: ),
,
July 6, 2006 —
Spatial language and linguistic space: Two models of conceptual
categorization based on visual icons and semantic networks.
|
7. |
 |
Université de Montréal, Canada
(host: ),
,
Department of Geography,
July 4, 2006 —
From evo to devo: Two spatially extended models
showing speciation and pattern formation.
|
6. |
 |
The MITRE Corporation, Washington, DC
(host: Brandon S. Minnery),
,
May 2, 2006 —
Neuromorphic mesocircuits: From neural computation to
cognitive architectures via analog VLSI.
|
5. |
 |
University of Nevada, Reno, NV
(host: ),
,
Department of Computer Science & Engineering,
June 24, 2004 —
Structural graph matching and morphological image
transforms: Two paths toward the categorization of geometrical patterns.
|
4. |
 |
University of Nevada, Reno, NV
(host: ),
,
Department of Computer Science & Engineering / School of Medicine,
May 25, 2004 —
An epigenetic development model of the nervous system.
|
3. |
 |
Max Planck Institute for Psycholinguistics, Nijmegen, The Netherlands
(host: Willem Levelt),
Language Production Group,
November 1992 —
Compositionality in neural networks.
|
2. |
 |
Ruhr-Universität Bochum, Germany
(host: ),
,
April 1991 —
Representations in the nervous system and in artificial neural networks.
|
1. |
 |
Université de Montréal, Canada
(host: Jan Gecsei),
,
April 1988 —
Graph matching and shape recognition.
|
|
4. |
 |
Ecole Polytechnique's Alumni Association, Paris, France
(host: ),
,
March 19, 2015 —
Morphogenetic Engineering: New perspectives for the design of self-organized systems.
|
3. |
 |
French National Public Radio (France-Culture), Paris, France
(host: , journalist),
,
January 15, 2010 —
What are complex systems? (30-mn interview)
|
2. |
 |
"La Cantine", Paris, France
(host: Christel Sorin, Fmr. Head of Research at France Telecom),
,
May 27, 2009 —
The Web as a complex system: A self-organization that can be controlled?
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Conseil Régional d'Ile-de-France (Regional Government of the Paris Metropolitan Area), France
(host: , Vice President for Research & Innovation),
,
March 3, 2009 —
Best practices for the coordination of research (panel discussion).
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