| ERP |
Event-Related Potential |
Convolution/Neural Mass |
Original model with 3 cell populations |
David and
Friston, 2003 |
| SEP |
Sensory-Evoked Potential |
Convolution/Neural Mass |
Faster version of the ERP model |
David and
Friston, 2003 |
| LFP |
Local Field Potential |
Convolution/Neural Mass |
ERP model with recurrent inhibitory
connections for modelling gamma oscillations |
Moran et al.,
2007 |
| CMC |
Canonical Microcircuit |
Convolution/Neural Mass |
4-population model with separate supra-and
infragranular pyramidal cell populations |
Bastos et al.,
2012; Auksztulewicz and
Friston, 2015
|
| MMC |
Motor Microcircuit |
Convolution/Neural Mass |
4-population model based on motor cortex
anatomy |
Bhatt et al.,
2016 |
| BGT |
Basal Ganglia and Thalamus |
Convolution/Neural Mass |
Subcortical model including 4 basal ganglia
structures and thalamus |
Marreiros et
al., 2013; Moran et al.,
2011a
|
| NFM |
Neural Field Model |
Convolution/Neural Field |
3-population model with spatiotemporal
dynamics |
Pinotsis et
al., 2012 |
| NMM |
Neural Mass Model |
Conductance/Neural Mass |
Conductance-based version of the ERP
model |
Marreiros et
al., 2009; 2010
|
| MFM |
Mean Field Model |
Conductance/Mean Field |
Conductance-based version of the ERP model
with second order statistics |
Marreiros et
al., 2009; 2010
|
| NMDA |
Mean Field Model with NMDA receptor |
Conductance/Mean Field |
Conductance-based version of the ERP model
with NMDA receptor and second order statistics |
Moran et al.,
2011b |
| CMM |
Canonical Mean Field Model |
Conductance/Mean Field |
Conductance-based version of the CMC model
with second order statistics |
|
| CMM_NMDA |
Canonical Mean Field Model with NMDA
receptor |
Conductance/Mean Field |
Conductance-based version of the CMC model
with NMDA receptor and second order statistics |
|
