Sensor System for Measuring Physiological Activity

A method comprising:

• receiving, by an apparatus, physiological measurement data of a user, wherein the physiological measurement data is measured by one or more sensor devices, and wherein the apparatus comprises at least one of a portable electronic device, server computer;
• associating, by the apparatus, the physiological measurement data with a user account of the user, wherein the user account comprises a plurality of coaching categories associated with physiological monitoring of the user, each coaching category comprising one or more algorithms configured to be performed by the apparatus and requiring said physiological measurement data as an input, wherein each of the plurality of coaching categories is in either an active state or an inactive state, and wherein algorithms associated with active coaching categories are configured to be performed and algorithms associated with inactive coaching categories are disabled;
• determining, by the apparatus, whether the received physiological measurement data comprises physiological measurement data required by at least one of the algorithms;
• as a response to determining that the received physiological measurement data comprises the physiological measurement data required by the at least one of the algorithms, performing, by the apparatus, the at least one of the algorithms, wherein performing the at least one of the algorithms causes an output, via a user interface, of coaching category-specific instructions based on the received physiological measurement data to the user in each of the coaching categories comprising the performed at least one of the algorithms and being in said active state, wherein said coaching category-specific instructions are not output for a coaching category that is in said inactive state;
• and
• as a response to determining that the received physiological measurement data comprises the physiological measurement data required by the at least one of the algorithms comprised in a coaching category that is in said inactive state, changing by the apparatus the coaching category to said active state.

A computer program product embodied on a non-transitory computer-readable distribution medium and comprising program instructions which, when executed by an apparatus, cause the apparatus to perform operations comprising:

• receiving physiological measurement data of a user, wherein the physiological measurement data is measured by one or more sensor devices, and wherein the apparatus comprises a portable electronic device, server computer;
• associating the physiological measurement data with a user account of the user, wherein the user account comprises a plurality of coaching categories associated with physiological monitoring of the user, each coaching category comprising one or more algorithms configured to be performed by the apparatus and requiring said physiological measurement data as an input, wherein each of the plurality of coaching categories is in either an active state or an inactive state, and wherein algorithms associated with active coaching categories are configured to be performed and algorithms associated with inactive coaching categories are disabled;
• determining whether the received physiological measurement data comprises physiological measurement data required by at least one of the algorithms;
• as a response to determining that the received physiological measurement data comprises the physiological measurement data required by the at least one of the algorithms, performing the at least one of the algorithms, wherein performing the at least one of the algorithms causes an output, via a user interface, of coaching category-specific instructions based on the received physiological measurement data to the user in each of the coaching categories comprising the performed at least one of the algorithms and being in said active state, wherein said coaching category-specific instructions are not output for a coaching category that is in said inactive state;
• and
• as a response to determining that the received physiological measurement data comprises the physiological measurement data required by the at least one of the algorithms comprised in a coaching category that is in said inactive state, changing the coaching category to said active state.