Methods and systems for correcting user input

A method comprising:

• receiving, using control circuitry, first motion information detected by a first sensor indicating a motion of a first device, the first device comprising a graphical user interface;
• receiving, using control circuitry, second motion information detected by a second sensor, the second motion information indicating a motion of at least one of a wrist of a user, a base of a digit of the user, or a digit of the user other than a digit interacting with the first device;
• receiving, using control circuitry, input information relating to an interaction of the user with the first device;
• processing, using control circuitry, the second motion information using a trained model to predict a motion of an end of a digit of the user;
• determining, using control circuitry, an intended input based on the first motion information, the predicted motion of the end of the digit, and the input information, wherein the intended input comprises a location and corresponds to an input region of the graphical user interface;
• translating, using control circuitry, the location of the input region to compensate for the motion of the first device and the predicted motion of the end of the digit;
• and
• implementing, at the first device and using control circuitry, a function corresponding to the intended input.

A system comprising:

• a memory;
• and
• control circuitry configured to:
• receive first motion information detected by a first sensor indicating a motion of a first device, the first device comprising a graphical user interface;
• receive second motion information detected by a second sensor, the second motion information indicating a motion of at least one of a wrist of a user, a base of a digit of the user, or a digit of the user other than a digit interacting with the first device;
• receive input information relating to an interaction of the user with the first device;
• process the second motion information using a trained model to predict a motion of an end of a digit of the user;
• determine an intended input based on the first motion information, the predicted motion of the end of the digit, and the input information, wherein the intended input comprises a location and corresponds to an input region of the graphical user interface;
• translate the location of the input region to compensate for the motion of the first device and the predicted motion of the end of the digit;
• and
• implement, at the first device, a function corresponding to the intended input.