Abstract: Systems and methods of generating smart, non-obtrusive advertisements are provided that include scanning content displayed on a media page, dividing the content into a plurality of discrete sets of content, converting the discrete sets of content into one or more flipping pages accessible by a reader from the media page, assigning the advertising symbols to one or more locations in the flipping pages, and inserting the advertising symbols into the assigned locations within the flipping pages. The advertising symbols can be corporate logos, product logos, and/or brand names and may replace text or graphic characters in the content or may replace the mouse cursor. The flipping pages may include at least two sequential flipping pages, and the advertising symbols can be inserted between the two sequential flipping pages.

Abstract: Computer-implemented systems and methods of optimizing credit card benefits are provided. Disclosed systems and methods include an artificial intelligence unit having access to an institutional database including identification information for one or more credit financial institutions. A credit facilitation account incorporates one or more credit card accounts of a user. The artificial intelligence unit performs an analysis of credit card account features of each of the one or more credit card accounts. When the user makes a purchase using a credit card the system charges one of the one or more credit card accounts to provide the best value to the user based on the analysis. A consolidated credit system is also described including a credit card and a credit facilitation account linked to the credit card. The credit facilitation account incorporates one or more credit card accounts of a user.

Abstract: Systems and methods for learning and recognizing features of an image are provided. A point detector identifies points in an image where there are two-dimensional changes. A geometric feature evaluator overlays at least one mesh on the image and analyzes geometric features on the at least one mesh. An internal calibrator transforms data from the point detector and the geometric feature evaluator into a three-dimensional point figure of the image, and a depth evaluator determines a final shape of the image. A three-dimensional object model of the image is constructed. The image could be a human face or body. Exemplary systems and methods can construct and learn features of a human face based on a partial view where part of the face is covered. Systems and methods can unlock a mobile device based on recognition of the features of the user's face.

Abstract: Sexagesimal-native electronic architecture and methods are provided including a sexagesimal-native semiconductor unit natively performing operations and flows using a numeral system having sixty as its base. The semiconductor unit may be an integrated circuit, an arithmetic logic unit, a central processing unit, a microcontroller, or a microchip. The sexagesimal-native semiconductor unit is configured to communicate with semiconductor units that perform operations and flows using decimal and/or binary number systems. A sexagesimal numeral method provides a sexagesimal-native arithmetic operation unit performing mathematical operations using a numeral system having sixty as its base wherein all numbers are natively processed and represented as sexagesimal numbers. A sexagesimal-native integrated circuit performs operations using a Base 60 numeral system and is configured to communicate with integrated circuits that perform operations using decimal and/or binary number systems also is provided.

Abstract: Multi-planar detection and imaging systems and methods are provided. The system has a radio device, at least one antenna, and a processing system in communication with the radio device. The radio device includes at least one receiver and a first transmitter transmitting radio waves in multiple planes. The antenna transmits the radio waves in multiple frequencies. A second transmitter transmits a carrier radio wave guiding the radio waves such that the radio waves identify points of interest in an object or living entity and reflect back to the radio device. The receiver receives the reflected radio waves, and the processing system analyzes the points of interest and constructs an image of the object or living entity. An AI engine including a recurrent neural network may be provided, and the recurrent neural network controls transmission of the radio waves.

Abstract: A device and system for measuring vital signs is provided, which includes a housing and an electronic circuit within the housing. The housing has a pressable button on its front side and a sticky surface on its back side for affixing to an object. The electronic circuit measures and recording vital signs data when activated. The electronic circuit may be activated by pressing and holding the button. The vital signs data comprise one or more of: body temperature, heart rate, blood pressure, and blood oxygenation level. The device may include an artificial intelligence unit that stores, records, and analyzes the vital signs data. The artificial intelligence unit builds a worldwide HOT ZONES database and a body temperature map containing information about regions with people reporting elevated body temperature. The device provides proximity alerts to users showing a Safety Circle so users can maintain distance from users with elevated temperatures.