Other

Oceanit Laboratories, Inc.

Ken Cheung

Christopher J Sullivan

Ryan Miyamoto

David Siu

Donald Harbin

Matthew Williams

Derek Ah Yo

Jeffrey Watumull

Erin Horner

Noam Chomsky

Patrick Sullivan

The present invention is generally directed to artificial intelligence (AI) systems and materials. In particular, the invention relates to human-like AI that utilizes a symbolic thinking engine to create explanatory theories. Such theories are based on an iterative process that adjusts for available information, context, and/or perspective, and can be created based on sparse information. The invention then iterates to return a useful result that can also be predictive. In one or more embodiments, the present invention is modular and scalable, enabling the addition of multiple domains that collaborate in parallel, similar to how the human mind/brain is believed to work.

Systems and methods for artificial intelligence—and machine learning-based evaluations and explanations of problems

A new asynchronous localization method for a network of nodes and transmitters, the position of at least one of the nodes and/or transmitters being known, involves receiving a first signal directly from a first transmitter at a first node of a first node pair, receiving the first signal relayed from a second node of the first node pair at the first node, and determining the delay at the first node between the direct and relayed first signal by comparing the direct and relayed first signals. This may be repeated with the first node acting as relay to determine the delay at the second node. Time difference of arrival and/or time of flight between first and second nodes may be determined using the determined delay at the first and/or second node and/or known node locations. The process is repeated for additional transmitters/node pairs until sufficient information is determined for desired applications.

GPS-alternative method to perform asynchronous positioning of networked nodes

A sanitary arm sleeve structure includes an arm sleeve, adapted for receiving the user's arm therewithin, having an outer side, an opposed inner side, and a free edge end, and a sleeve protection layer having an upper edge end attached on the arm sleeve and a lower edge end extended to the free edge end of the arm sleeve so as to overlappedly encircle the sleeve protection layer around the outer side of the arm sleeve. An elastic retaining loop is provided at the inner side of the arm sleeve above the free edge end thereof for applying an elastic binding force around the user's arm above the wrist thereof, so as to retain the arm sleeve in position that the sleeve protection layer is capable of encircling around the user's arm.

Sanitary arm sleeve structure

Growing community of inventors

Kailua, HI, United States of America

Ken Cheung