Method and system of performance-energetics estimation

Abstract

A method and system for performance-energetics estimation is provided. The system includes an input module, a transformation module and a core processor (core engine). The input module is an interactive module to collect individual data. The transformation module transforms the inputs into standard forms to provide them to the core engine. The core engine executes algorithms and equations based on basic laws to estimate individual parameters and provide a performance-energetic profile for the individual. The values of the parameters represent particular performance-energetic characteristics of the individual. The parameters (variables) are defined in universal standards. The outputs of the core engine can be utilized for creating unique training and fitness programs for the individual.

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