Abstract: The present disclosure relates to a system and method for interpreting human interpersonal interaction. The system comprises first and second audio-visual stream generating devices each arranged to capture an audio-visual stream relating to at least one person during a session or a series of sessions, wherein the first and second audio-visual stream generating devices are synchronized, and a processor arranged to process each audio-visual stream to identify non-verbal cues, such as facial, head and body movements, pupil size changes, and tone of voice, and map identified non-verbal cues in the first one of the audio-visual streams to corresponding, reactive, non-verbal cue in the second audio-visual stream and map identified non-verbal cues in the second one of the audio-visual streams to corresponding, reactive, non-verbal cue in the first audio-visual stream to thereby identify a non-verbal communication pattern.

Abstract: A computer-implemented method of digital image analysis includes obtaining first digital video of a human subject that indicates facial expressions of the human subject; performing micro-expression analysis on the human subject using the first digital video; comparing results of the performed micro-expression analysis with content of a presentation determined to have been provided to the human subject at the same time that particular portions of the digital video were initially captured; and modifying a manner of performing interaction with the human subject or other human subjects based on the comparing of results.

Abstract: A method of producing a biologic liquid sampling tablet is disclosed and includes molecularly imprinting a polymer over a matrix of an analyte of interest for biological testing; and removing the matrix from the imprinted polymer to form a porous tablet. The tablet is sized to be inserted in an ampoule or human oral cavity.

Abstract: The method is for using a virtual face or body. The virtual face or body is provided on a screen associated with a computer system having a cursor. A user manipulates the virtual face or body with the cursor to show a facial expression. The communication device determines coordinates of the facial expression and frequency ranges of vocal cords or glottis. The communication device searches for facial expression coordinates in a database to match the coordinates and frequency ranges. A word or phrase is identified that is associated with the identified facial expression coordinates. The screen displays the word to the user. The user may also feed a word to the computer system that displays the facial expression associated with the word.

Abstract: The method is for using a virtual face or body. The virtual face or body is provided on a screen associated with a computer system having a cursor. A user manipulates the virtual face or body with the cursor to show a facial expression. The communication device determines coordinates of the facial expression and frequency ranges of vocal cords or glottis. The communication device searches for facial expression coordinates in a database to match the coordinates and frequency ranges. A word or phrase is identified that is associated with the identified facial expression coordinates. The screen displays the word to the user. The user may also feed a word to the computer system that displays the facial expression associated with the word.

Abstract: The method is for using a virtual face or body. The virtual face or body is provided on a screen associated with a computer system having a cursor. A user manipulates the virtual face or body with the cursor to show a facial expression. The communication device determines coordinates of the facial or bodily expression. The communication device searches for facial expression coordinates in a database to match the coordinates. A word or phrase is identified that is associated with the identified facial expression coordinates. The screen displays the word to the user. The user may also feed a word to the computer system that displays the facial expression associated with the word.

Abstract: The method is for using a virtual face or body. The virtual face or body is provided on a screen associated with a computer system having a cursor. A user manipulates the virtual face or body with the cursor to show a facial expression. The communication device determines coordinates of the facial or bodily expression. The communication device searches for facial expression coordinates in a database to match the coordinates. A word or phrase is identified that is associated with the identified facial expression coordinates. The screen displays the word to the user. The user may also feed a word to the computer system that displays the facial expression associated with the word.