Abstract: Systems and methods are provided for detecting potential vehicle operator incapacitation based on operator physiological state data. Raw operator physiological state data is received from a biosensing wearable device of an operator of a vehicle. The raw operator physiological state data includes raw operator actigraphy state data. Contextual motion data is received from at least one environmental motion sensor. The contextual motion data is associated with movement of the vehicle. A motion filter mask is generated based on the contextual motion data. The motion filter mask is applied to the raw operator actigraphy state data to filter the contextual motion data from the raw operator actigraphy state data to generate actual operator actigraphy state data. A determination is made regarding whether the actual operator actigraphy state data is less than an actigraphy threshold. An operator incapacity alert is issued based on the determination.

Abstract: Methods and systems are provided for measuring the capacitive state of an operator. The method includes placing an matrix array of pressure detection sensors in physical contact with the individual. The matrix array is integrated into the seat of the operator and continually measures the operator's presence and movement in the seat based on data received from the matrix array of pressure detection sensors. The breathing, movement and actigraphy patterns of the operator are measured and calculated based on the data received from the matrix array of pressure detection sensors. The breathing, movement and actigraphy patterns of the operator are continually analyzed to determine the capacitive state of the operator.