Computerized methods and systems for motor skill training
OwnerAnna CLARKE, Per - Olof GUTMANinventors
Life of this patent
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Abstract
A method of motor skill training using visual computer generated feedback, comprising: receiving from a plurality of sensors measurements of a current position and motion of a trainee's body; constructing an estimated model of the body in the current position and motion based on the measurements and on specific characteristics of the body; calculating a predicted model of the body in an estimated future state based on the estimated model; and presenting the predicted model to the trainee on a visual output device.
Claims21
A method of motor skill training using visual computer generated feedback, comprising:
- receiving from a plurality of sensors measurements of a current position and motion of a trainee's body;
- constructing an estimated model of said body in said current position and motion based on said measurements and on specific characteristics of said body;
- calculating a predicted model of said body in an estimated future state based on said estimated model;
- and
- presenting said predicted model to said trainee on a visual output device.
A system of motor skill training using visual computer generated feedback, comprising:
- a plurality of sensors for acquiring measurements of a current position and motion of a trainee's body;
- at least one computerized processor for:
- constructing an estimated model of said body in said current position and motion based on said measurements and on specific characteristics of said body;
- and
- calculating a predicted model of said body in an estimated future state based on said estimated model;
- and
- a visual output device for presenting said predicted model to said trainee.
A software program product for automatically cross-referencing error information between code developers, comprising:
- a non-transitory computer readable storage medium;
- first program instructions for receiving from a plurality of sensors measurements of a current position and motion of a trainee's body;
- second program instructions for constructing an estimated model of said body in said current position and motion based on said measurements and on specific characteristics of said body;
- third program instructions for calculating a predicted model of said body in an estimated future state based on said estimated model;
- and
- fourth program instructions for presenting said predicted model to said trainee on a visual output device;
- wherein said first, second, third and fourth program instructions are executed by at least one computerized processor from said non-transitory computer readable storage medium.
Dependencies are inferred from the claim text.