Abstract: The present invention is a computer-implemented system and method for transforming video data into directional object counts. The method of transforming video data is uniquely efficient in that it uses only a single column or row of pixels in a video camera to define the background from a moving object, count the number of objects and determine their direction. By taking an image of a single column or row every frame and concatenating them together, the result is an image of the object that has passed, referred to herein as a sweep image. In order to determine the direction, two different methods can be used. Method one involves constructing another image using the same method. The two images are then compared, and the direction is determined by the location of the object in the second image compared to the location of the object in the first image.

Abstract: The present invention is a computer-implemented system and method for transforming video data into directional object counts. The method of transforming video data is uniquely efficient in that it uses only a single column or row of pixels in a video camera to define the background from a moving object, count the number of objects and determine their direction. By taking an image of a single column or row every frame and concatenating them together, the result is an image of the object that has passed, referred to herein as a sweep image. In order to determine the direction, two different methods can be used. Method one involves constructing another image using the same method. The two images are then compared, and the direction is determined by the location of the object in the second image compared to the location of the object in the first image.

Abstract: The present invention is a computer-implemented system and method for transforming video data into directional object counts. The method of transforming video data is uniquely efficient in that it uses only a single column or row of pixels in a video camera to define the background from a moving object, count the number of objects and determine their direction. By taking an image of a single column or row every frame and concatenating them together, the result is an image of the object that has passed, referred to herein as a sweep image. In order to determine the direction, two different methods can be used. Method one involves constructing another image using the same method. The two images are then compared, and the direction is determined by the location of the object in the second image compared to the location of the object in the first image.

Abstract: This invention is a novel method of gameplay and game apparatus for playing for at least one player. The method of play elicits creativity by having players tell stories using their interpretation of abstract imagery. In one embodiment the game uses playing cards with abstract drawings. The game components may take other forms, such as a board game, or the game may be played in different media, such as electronic games, video games, computer games, and interactive network games. One aspect of novelty here is the use of abstract drawings, which the players can interpret in many different ways to expand the story. The context of the story, and possible side constraints, will prime the player's mind to see different things in each card. In this game of creativity and storytelling, players create and add to a story based on the abstract images. Testing has shown that this method of gameplay can improve players' perception of their creative ability.

Abstract: This invention is a novel method of game play and game apparatus for playing for at least one players. The method of play elicit creativity by having players tell stories using their interpretation of abstract imagery. In one embodiment the game uses playing cards with abstract drawings. The game components may take other forms, such as a board game, or the game may be played in different media, such as electronic games, video games, computer games, and interactive network games. One aspect of novelty here is the use of abstract drawings, which the players can interpret in many different ways to expand the story. The context of the story, and possible side constraints, will prime the players mind to see different things in each card. In this game of creativity and storytelling, players create and add to a story based on the abstract images. Testing has shown that this method of game play can improve players perception of their creative ability.

Abstract: Techniques, systems and methods relating to cryptographically secure revocable biometric signatures and identification computed with robust distance metrics are described. Various biometric cryptographically secure revocable transformation approaches are described that support a robust pseudo-distance computation in encoded form, thereby supporting confidence in verification, and which can provide for verification without identification.

Abstract: Techniques, systems and methods for obtaining biometric signatures and identification are described. Broadly stated, embodiments of the present invention utilize specified geometric principles to provide means for accurate biometric identification using projective invariant features of a subregion of the human body. The present invention provides a means for computing biometric signatures and identification that are projective invariant and hence are not impacted by the viewing angle of the subregion of the human body containing the biometric data. This novel invention removes the restriction, often implicit in the previous work, of the imaging or sensing system being in a fixed repeatable (and generally orthogonal) viewing position. This invention can be applied across a wide range of biometrics, although it is most easily applicable to features that are approximately co-planar.

Abstract: Techniques, systems and methods relating to cryptographically secure revocable biometric signatures and identification computed with robust distance metrics are described. Various biometric cryptographically secure revocable transformation approaches are described that support a robust pseudo-distance computation in encoded form, thereby supporting confidence in verification, and which can provide for verification without identification.