A sleep-research experiment manager, with a facility for
reading, displaying, and (manual and semi-automatic) scoring
EEG recordings in edf format; conventional PSD and EEG
Microcontinuity profiles; artifact detection; Independent
Component Analysis; basic sleep analysis (NREM-REM cycle
detection); and Process S simulation following Achermann et
A neuronal network simulator reading topology from NeuroML,
and using Lua for scripting, e.g., model introspection and
neuroplastic processes. Provides conductance- and rate-based
Hodgkin–Huxley neuron models as well as
‘Map’ neurons, and alpha-beta and Rall synapses.
A 5-6-order RK method is used for integration, with
adjustable dt for fast or precise simulation. State
variables and spiking times can be logged, with options, for
offline analysis, as well as sampled by functions in Lua.
Interprocess communications is planned between CNrun hosts,
including both data (neurotransmission) and control (topology
push/pull, etc) channels.