Systems and methods for predicting and optimizing physiological performance

A method for optimizing human physiological performance with respect to a set of physiological and activity-related parameters related to a particular event, the method comprising:

• receiving, via a user interface, a selection of one or more individual performance parameters for an instance of the particular event, the individual performance parameters indicative of a desired physical performance of an individual for the particular event;
• receiving, via the user interface, a selection of one or more team performance parameters for an instance of the particular event, the team performance parameters indicative of a physical performance of a team for the particular event;
• collecting data related to the individual performance parameters and the team performance parameters from past occurrences of the particular event;
• accessing training parameter data associated with the past occurrences of the particular event;
• identifying, from the training parameter data, a subset of training parameters that exhibit a statistically significant correlation with the individual performance parameters and the team performance parameters;
• generating a training program that lists each of the identified training parameters and recommends a training routine for optimizing the individual performance parameters and the team performance parameters;
• and
• providing the training program to a user via the user interface.

A system for facilitating improvement of human physiological performance relative to a particular event, the system comprising:

• a display configured as a user interface for receiving user input and presenting information to a user;
• a memory storing one or more processor-executable instructions;
• and
• a processor operably coupled to the display and the memory, the processor configured to execute the instructions to:
• obtain, via the user interface, input identifying one or more individual performance parameters associated with a future instance of the particular event, the individual performance parameters indicative of a desired outcome for an individual participant in the event;
• obtain, via the user interface, input identifying one or more team performance parameters associated with the future instance of the particular event, the team performance parameters indicative of a desired outcome for a group of participants in the event;
• access stored data representing historical instances of the particular event or related events, the historical data comprising training parameter data and corresponding performance outcomes;
• determine a set of training parameters, from the historical training parameter data, that exhibit a predictive relationship with the identified individual performance parameters and team performance parameters, based on a statistical analysis of the historical data;
• generate and display, via the user interface, a training program including training recommendations corresponding to the determined training parameters, the training recommendations being configured to guide the individual in achieving the identified individual performance parameters and team performance parameters.