danclab
The Decision, Action, and Neural Computation lab is a team at the Institute of Cognitive Sciences, CNRS in Lyon. We study how the brain produces actions.
CNRSLyon, France
Pinned Repositories
altmin_pca
PCA using alternating minimization
aperiodic_learning
armhand_tracker
auditory_laminar
beta_burst_layers
Analysis code for Bonaiuto, et al "Laminar dynamics of beta bursts in human motor cortex"
ble_sensor
burst_detection
dev_burst_analysis
Analysis code for Rayson, et al "Detection and Analysis of Cortical Beta Bursts in Developmental EEG Data"
fooofinator
lagged_hilbert_coherence
Lagged Hilbert coherence
danclab's Repositories
danclab/laMEG
Toolbox for laminar inference with MEG
danclab/burst_detection
danclab/dev_burst_analysis
Analysis code for Rayson, et al "Detection and Analysis of Cortical Beta Bursts in Developmental EEG Data"
danclab/dipole_orientation
Analysis code for Bonaiuto, et al "Estimates of cortical column orientation improve MEG source inversion"
danclab/fooofinator
danclab/ei_perception
simulations for E/I in auditory perception
danclab/lagged_hilbert_coherence
Lagged Hilbert coherence
danclab/altmin_pca
PCA using alternating minimization
danclab/aperiodic_learning
danclab/armhand_tracker
danclab/auditory_laminar
danclab/beta_burst_layers
Analysis code for Bonaiuto, et al "Laminar dynamics of beta bursts in human motor cortex"
danclab/ble_sensor
danclab/devmobeta_grasp
danclab/DANC_camera
danclab/DANC_MEG_learning_beta
danclab/DANC_spm12
danclab/DANC_spm_python
DANC version of SPM compiled as a python library
danclab/dev_beta_claw
danclab/emotion_overlap_eyetracking
danclab/JARVIS-AnnotationTool
AnnotationTool to create multi-view annotations for the JARVIS 3D Markerless Pose Estimation Toolbox
danclab/laminar_erf
danclab/motor_mea_mbhmm
Analysis code for Kirchherr, et al "Bayesian multilevel hidden Markov models identify stable state dynamics in longitudinal recordings from macaque primary motor cortex"
danclab/questionnaireparser
danclab/spm
Statistical Parametric Mapping
danclab/video_alignment