Method and system of delivering an interactive and dynamic multi-sport training program

Abstract

A system for creating a personalized, dynamic, multi-sport training plan for a user comprises a question generating module; a user input module which accepts user answers to questions generated by the question generating module and accepts other inputs relating to the user; and a processing module which collects and analyzes the answers to the questions and the inputs and thereafter, based at least in part on a calculation of an exponential moving average (“EMA”) of said answers, creates a training schedule for each sport, which is dynamically linked to all previous user inputs; wherein the question generating module, by way of an intelligent link to all previous user inputs and feedback direction from the processing module, creates a plurality of further questions for the user to enable modifications to be made to training schedule for each sport.

Description

FIELD OF THE INVENTION[0001]This invention relates to an interactive, dynamic system for athletic training.BACKGROUND OF THE INVENTION[0002]Triathlon (swim, bike, run) is a vibrant, growing sport. According to a 2009 study, triathletes expect to continue their participation and most also expect to increase the number of races in which they compete. There are a number of industry trends developing that are creating increasing interest in triathlon and subsequent demand for triathlon training. The chart shown in FIG. 17 demonstrates the significant and steady growth in triathlon in the past decade.[0003]On the event side, the number of races sanctioned through USA Triathlon (USAT) continues to climb. Those numbers (which include camps and clinics) have nearly doubled over the last five years, going from 1,541 in 2004 to 3,115 in 2009. The number of actual triathlon races during that time has grown from 897 to 1,891, while duathlon (run-bike-run) races have gone from 277 to 573. Youth ...

AI Technical Summary

Benefits of technology

"The present invention provides a system and method for creating a personalized, dynamic, multi-sport training plan for a user. The system includes a question generating module, a user input module, and a processing module. The processing module collects and analyzes the user's answers to the questions and creates a training schedule for each sport, which is dynamically linked to all previous user inputs. The user can modify the training schedule based on their feedback. This system and method provide an appropriate training balance for each specific sport and ensure safety, injury prevention, and appropriate endurance and strength building across diverse sports."

Problems solved by technology

However, it is a more complex sport to train within than any of the constituent sports alone.

Often, the athlete is left uncertain with the schedule proposed and loses confidence in the process due to lack of customization and proper feedback.

To date, these known computerized training programs have met with limited acceptance and success.

What these known training programs collectively lack is any true customization based on an individual's current fitness level, athletic background and desired goals.

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