An automated method for personal health management of a user having a personal user profile, the method including repeatedly measuring a plurality of health parameters by a mobile electronic device, the health parameters including a heart rate variability, a blood pressure, a motion activity, and a weight of the user, calculating a base line dataset by the computing device for each one of the plurality of health parameters for a predetermined period of time, comparing recently measured health parameters from the step of repeatedly measuring with the base line dataset, providing on a display that is operatively connected to the computing device a first raw feedback on a health performance of the user based on the step of comparing, repeatedly prompting the user to answer contextual questions, the contextual questions related to at least one of physical, mental, emotional, and behavioral status of the user, and generating a second detailed feedback based on the personal user profile, the baseline data set, the measured health parameters, and a given context, to determine values for a plurality of health segments, and providing the second detailed feedback to the display of the user, based on a request by the user that includes the given context and data of the plurality of health segments.
Multilevel Intelligent Interactive Mobile Health System for Behavioral Physiology Self-Regulation in Real-Time