University of South Florida

Marvin Andujar

Rupal Agarwal

Tyree L Lewis

Described herein relates to a system of and method for automatically authenticating an identity of a user, via a brain-computer interface, to allow the user access to at least one application of a computing device. The authentication optimization system may be configured to allow at least one user to register and/or login to an application, a computing device, and/or a program. Additionally, the authentication optimization system uses a machine learning and/or classifying algorithm for classification of the brain data and/or prediction of the correct password of the user. The authorization optimization system may also be configured to synchronize brain activity to the at least one user, such that each login may be correctly correlated to the user, based on a predetermined accuracy threshold, eliminating fraudulent and/or unauthorized login via false identification, or the like.

System of and method for visual brain based authentication

Described herein relates to a system of and method for predicting and/or casting votes via a brain-computer interface. The voting system may be configured to allow at least one user to input and/or cast a vote using their brain activity. Additionally, the voting system uses a machine learning and/or classifying algorithm for classification of the brain data and prediction of the vote of the user. The voting system is also configured to synchronize brain activity to the at least one user, such that each vote may be correctly tallied to the at least one user, eliminating fraudulent voting via false identification, or the like. The voting system may also allow at least one user having a motor disability to vote without requiring any movement and/or physical assistance, such that the at least one user with a motor disability may maintain voting privacy.

Growing community of inventors

Tampa, FL, United States of America

Marvin Andujar