Neurophysiological monitoring training simulator

A system for simulating a patient's physiological responses to one or more stimuli over a simulation timeframe, wherein the system comprises programmatic instructions stored in a tangible, non-transitory computer readable medium, wherein the programmatic instructions define a plurality of channels, each of said channels being virtually representative of an anatomical site of the patient, and wherein, when executed, the programmatic instructions:

• identify at least one of the plurality of channels as a stimulation site;
• identify a first subset of the plurality of channels as reference sites;
• generate simulation data indicative of the physiological responses at each channel in the first subset using predefined relationships between the plurality of channels and based on the one or more simulated stimuli;
• identify a second subset of the plurality of channels from the first subset, wherein each of the channels in the second subset has simulation data indicative of a physiological response that exceeds one or more predefined thresholds;
• generate data indicative of physiological responses at each channel in the second subset by:
• during each of a time window of a plurality of time windows within the simulation timeframe and for each channel in the second subset, identifying one or more signals that are expected to affect said channel at a future time T1;
• prior to future time T1 and for each channel in the second subset, generating data indicative of physiological responses which would result from the one or more signals that are expected to affect said channel at the future time T1;
• and
• associating the generated data with a time T2;
• receive a request for data corresponding to one or more of the time windows encompassing time T2;
• acquire the generated data associated with time T2 from each channel;
• and
• generate a data stream from each channel, wherein each data stream comprises the generated data associated with time T2.