Intelligent comfort level monitoring system

A comfort level monitoring method comprising:

• housing a plurality of sensors in a wearable item;
• circuitry configured to
• detect an amount of external physical pressure exerted on a person wearing the wearable item,
• measure environmental data associated with an environmental comfort level of the person wearing the wearable item,
• calculate oxygen ratios associated with the environment surrounding the person,
• measure total energy expenditure of the person,
• receive and process personal physical data associated with the person,
• apply a fuzzy logic algorithm to calculate, in response to received inputs, an overall comfort level associated with the person, and
• trigger an activity abort alarm when the overall comfort level falls below a predetermined threshold.

A non-transitory computer-readable storage medium having computer readable program codes embodied in the computer readable storage medium that, when executed cause a computer to execute a display control method for controlling a display control device comprising:

• housing a plurality of sensors in a wearable item;
• detecting an amount of external physical pressure exerted on a person wearing the wearable item;
• measuring environmental data associated with an environmental comfort level of the person wearing the wearable item;
• calculating oxygen ratios associated with the environment surrounding the person;
• measuring total energy expenditure of the person;
• receiving and process personal physical data associated with the person;
• applying a fuzzy logic algorithm to calculate, in response to received inputs, an overall comfort level associated with the person;
• and
• triggering an activity abort alarm when the overall comfort level falls below a predetermined threshold.