Abstract: The present disclosure provides a whole muscle meat substitute and method for its production using additive manufacturing techniques. Specifically, the whole muscle meat substitute comprises one or more layers of digitally printed protein-containing strands, wherein each layer comprises a single convoluted strand or a plurality of strands such that segments between folds of the single strand or the plurality of strands are arranged in an essentially parallel along their longitudinal axis, the strand or strands comprising one or more bundles of axially aligned texturized protein fibers; and wherein at least a portion of the texturized protein fibers comprises elongated fibers having a length above 5 mm.

Abstract: A multicolor 2D-photo-marker including a rectangular matrix of data pixels, framed by a contrasting matrix locator, wherein the rectangular matrix of data pixels includes at least one orientation data pixel that carry photo-marker orientation information and is located at a pre-selected location, and wherein a unique color and location combination of the multiple data pixels encodes identification information of the object with which the multicolor 2D-photo-marker is coupled with. Preferably, the rectangular matrix of data pixels further includes color reference pixels, each located at a pre-selected location, designated to serve as dictionary hue pixels. Preferably, the pre-selected location of each color reference pixels is at a corner of the rectangular matrix of data pixels. An orientation data pixel may also serve as a color reference pixel.

Abstract: A multicolor 2D-photo-marker including a rectangular matrix of data pixels, framed by a contrasting matrix locator, wherein the rectangular matrix of data pixels includes at least one orientation data pixel that carry photo-marker orientation information and is located at a pre-selected location, and wherein a unique color and location combination of the multiple data pixels encodes identification information of the object with which the multicolor 2D-photo-marker is coupled with. Preferably, the rectangular matrix of data pixels further includes color reference pixels, each located at a pre-selected location, designated to serve as dictionary hue pixels. Preferably, the pre-selected location of each color reference pixels is at a corner of the rectangular matrix of data pixels. An orientation data pixel may also serve as a color reference pixel.

Abstract: A method of analyzing and presenting at least one video of a user in a comprehensive personal clip of the user's participation in an event, the method comprises providing users of the event with an identification sign, the identification sign comprises at least one unique two-dimensional (2D) barcode pattern and at least one predesigned common pattern; creating a lookup table of users' IDs, each user's ID being associated with the user's unique 2D barcode pattern; receiving at least one video of the event; extracting sample frames from the at least one video of the event in an initial predetermined rate; detecting and identifying at least one unique 2D barcode pattern in the sample frames and creating a time appearance index representing at least one user's at least one video segment, according to the at least one identified unique 2D barcode pattern; editing at least one of the at least one video segment that features at least one of the users based on the time appearance index; and integrating the at least

Abstract: A method of analyzing and presenting at least one video of a user in a comprehensive personal clip of the user's participation in an event, the method comprises providing users of the event with an identification sign, the identification sign comprises at least one unique two-dimensional (2D) barcode pattern and at least one predesigned common pattern; creating a lookup table of users' IDs, each user's ID being associated with the user's unique 2D barcode pattern; receiving at least one video of the event; extracting sample frames from the at least one video of the event in an initial predetermined rate; detecting and identifying at least one unique 2D barcode pattern in the sample frames and creating a time appearance index representing at least one user's at least one video segment, according to the at least one identified unique 2D barcode pattern; editing at least one of the at least one video segment that features at least one of the users based on the time appearance index; and integrating the at least