research
Non-additive coupling enables propagation of synchronous spiking activity in purely random networks
- Authors
- A Burkitt
- A Burkitt
- A Kumar
- A Mokeichev
- A Polsky
- A Rauch
- A Riehle
- A Roxin
- B Mel
- B Mel
- C Holmgren
- C Mehring
- C van Vreeswijk
- D Amit
- D Hebb
- D Jin
- E Bienenstock
- E Izhikevich
- E Nordlie
- G Ariav
- G Hayon
- G Pipa
- K Gansel
- K Morita
- L Nowak
- Lyle J. Graham
- M Abeles
- M Abeles
- M Diesmann
- M Helias
- M Herrmann
- M Häusser
- M London
- M Long
- M Oram
- M Timme
- M Timme
- M van Rossum
- Marc Timme
- MO Gewaltig
- N Brunel
- N Spruston
- N Urban
- O Feinerman
- O Sporns
- P Dayan
- P Poirazi
- P Rhodes
- Q Wang
- Q Wang
- R Jolivet
- R Lestienne
- R Memmesheimer
- R Memmesheimer
- R Memmesheimer
- R Milo
- R Mirollo
- R Poznanski
- R Traub
- Raoul-Martin Memmesheimer
- RM Memmesheimer
- RS Johansson
- S Cash
- S Gasparini
- S Gasparini
- S Jahnke
- S Song
- T Nevian
- T Tetzlaff
- T Vogels
- U Ernst
- W Singer
- W Softky
- XJ Wang
- Y Aviel
- Y Ikegaya
- Y Katz
- Y Prut
- Publication date
- 1 January 2012
- Publisher
- 'Public Library of Science (PLoS)'
- Doi
Abstract
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