System and method of measuring and estimating human health parameters

A system for measuring health parameters with adaptive measurement pathways, the system comprising:

• two or more sensing modules;
• a memory storing a database comprising:
• (a) identification of multiple sets of sensing modules, wherein each set is capable of measuring a same health parameter through different measurement methods;
• and
• (b) accuracy and reliability information for each set of sensing modules;
• a processor configured to:
• (c) determine availability status of the two or more sensing modules;
• (d) identify available sets of sensing modules from the database;
• (e) provide to a user options for measuring the health parameter using the available sets along with the accuracy and reliability information;
• and
• (f) capture values and determine the health parameter using a user-selected set of sensing modules.

A system for measuring health parameters through synchronized sensor operation, the system comprising:

• two or more sensing modules for capturing values of two or more sensed measurements associated with a user;
• a processor configured to:
• (a) determine that measurement of a health parameter requires synchronized operation of the two or more sensing modules;
• (b) initiate simultaneous capture of the values by operating the two or more sensing modules in temporal synchronization;
• (c) maintain temporal alignment of the captured values;
• and
• (d) determine the health parameter by analyzing timing relationships between the temporally synchronized values.

A method for measuring health parameters, comprising:

• determining, by a processor, availability of two or more sensing modules required to capture values of two or more sensed measurements associated with a user;
• capturing, by the two or more sensing modules, the values of the two or more sensed measurements associated with the health of the user;
• and
• determining, by the processor, a value of a health parameter by processing the values of the two or more sensed measurements obtained from the two or more sensing modules;
• storing, in a memory, user-specific calibration data for a plurality of users wherein the system is configured for multi-user operation;
• and
• determining, by the processor, when calibration is required for the user based on one or more of:
• absence of calibration data for the user, lapse of a predetermined period since last calibration for the user, or deviation of measured values from expected values for the user.