Table 1.

Prior expectations set for the parameters of the baseline condition (Low beta). CT-corticothalamic projections; TC-thalamocortical projections; MMC – motor microcircuit; THAL-thalamus; SP- superficial pyramidal cells; MP- middle pyramidal cells; DP – deep pyramidal cells.

Parameters	Description	Prior means (μ)	Log-scaling parameters ($\mathit{\pi },{\mathit{\sigma }}^2$)
${\gamma }_{1\dots 14}^{mmc}$	Synaptic coupling strengths motor cortex [Hz]	[800 800 800 800 800 400 800 800 400 200 400 800 800 400]	0, 1/16
$T_{1\dots 4}^{mmc}$	Time constant [msec] of cell populations motor cortex: [MP, SP, II, DP]	[8 8 8 8]	0, 1/16
${\gamma }_{1\dots 3}^{tcr}$	Synaptic coupling strengths motor thalamus [Hz]	[800 800 800]	0, 1/64
$T_{1\dots 2}^{tcr}$	Time constants [msec] cell populations thalamus: [RET; REL]	[8 8]	0, 1/64
${\mathit{\lambda }}_{1\dots 4}$	Extrinsic connections strengths: [CT and TC] [Hz]	[800 800 800 800]	0, 1/16
$B_{1\dots 8}$	Condition-specific effects (on coupling strengths):	[0]	0, 1/8
$R^{mmc}$	Slope sigmoidal function:	2/3	0, 1/32
$R^{tcr}$	Slope sigmoidal function:	2/3	0, 1/16
$d_{1\dots 2}$	Intrinsic delays [msec]: [within MMC; within THAL]	[1]	0,0
$D_{1\dots 2}$	Extrinsic delays [msec]: [from MMC to THAL; from THAL to MMC]	[8]	0,0
${\alpha }_c,{\beta }_c$	Channel unspecific observation noise	[0 0]	0, 1/128
${\alpha }_s,{\beta }_s$	Channel specific observation noise	[0 0]	0, 1/128
$L$	Observation gain	[1]	0, 64
$J$	Contributing states: [SP, MP, DP]	[0.6 0.2 0.2]	0, 1/16
$hE$	Log-precision of observed data	12	0, 1/32