Abstract: Aberrations on a surface, such as shots on a target, are identified through image processing techniques using color subtraction. An image of the surface is first initialized by shrinking the image and identifying pixel colors. A quantization algorithm is used to identify K number of colors, and acceptable variations for those colors are identified, and then stored in a color palette. Future images are analyzed by subtracting colors that match colors in the color palette. Remaining colors are aged in, and then compared with previously identified aberrations (shots). Image processing techniques then verify the potential aberrations. Data concerning verified aberrations are then displayed on remote user interfaces.

Abstract: Aberrations on a surface, such as shots on a target, are identified through image processing techniques using color subtraction. An image of the surface is first initialized by shrinking the image and identifying pixel colors. A quantization algorithm is used to identify K number of colors, and acceptable variations for those colors are identified, and then stored in a color palette. Future images are analyzed by subtracting colors that match colors in the color palette. Remaining colors are aged in, and then compared with previously identified aberrations (shots). Image processing techniques then verify the potential aberrations. Data concerning verified aberrations are then displayed on remote user interfaces.

Abstract: Aberrations on a surface, such as shots on a target, are identified through image processing techniques using color subtraction. An image of the surface is first initialized by shrinking the image and identifying pixel colors. A quantization algorithm is used to identify K number of colors, and acceptable variations for those colors are identified, and then stored in a color palette. Future images are analyzed by subtracting colors that match colors in the color palette. Remaining colors are aged in, and then compared with previously identified aberrations (shots). Image processing techniques then verify the potential aberrations. Data concerning verified aberrations are then displayed on remote user interfaces.

Abstract: A image of a target is obtained and processed to find changes in the target which represent projectiles hitting the target, and that target is then scored.

Abstract: A data processing system includes (i) a convolutional neural network trained on an input dataset, and (ii) a hierarchical temporal memory system. The convolutional neural network generates a plurality of extracted layers. The hierarchical temporal memory system generates an output dataset from the plurality of extracted layers generated by the convolutional neural network. The plurality of extracted layers can include a convolution layer that extracts data from the input dataset and/or a rectifier that introduces non-linearity to the convolutional neural network. The plurality of extracted layers can include a batch normalizer that normalizes the data from the input dataset and/or a dropout that increases sparsity and prevents overfitting of the convolutional neural network. The hierarchical temporal memory system can binarize the output dataset. The hierarchical temporal memory system can include a hierarchical temporal memory pattern classifier that classifies patterns within the output dataset.

Abstract: A image of a target is obtained and processed to find changes in the target which represent projectiles hitting the target, and that target is then scored.

Abstract: “FORMULATION FOR PRODUCING A WRITING ARTICLE, PROCESS FOR MANUFACTURING A WRITING ARTICLE AND A WRITING ARTICLE”, wherein the formulation of said writing article can optionally comprise the following components (with a variation of ±2.5%): ABS (Acrylonitrile-Butadiene-Styrene, 37-50%), SAN (Styrene-Acrylonitrile, 14%), Graphite (35-42%), Calcium Stearate (5-10%), Stearin (8%), Talc (5-23%), Mineral Oil (2-3%), Polyethylene (1%), Bentonite (5-15%), Calcium Carbonate (1%). Said article (1) is defined as a single-piece object (2), which has an integral tip (3) that is produced by sharpening; the body of said single-piece object (2) is configured according to a profile standard, and may include multiple sides (4) giving said single-piece object an hexagonal appearance, or even only one encircling side (5), which gives said single-piece object a cylindrical appearance.

Abstract: A device for determining a neutral point on a golf club head. The device comprises a base. A calibration block is attached to the base. The calibration block comprises an index dial and the index dial comprises a neutral indicator. A head aligner is rotatably attached to the base opposite to the calibration block. The head aligner comprises a groove aligner and a sole plate. When the sole plate is in contact with a club sole of the golf club head and the groove aligner is aligned with a club groove of the golf club head the neutral point is aligned with the neutral indicator.

Abstract: A telecommunication device connect between the incoming phone line and the telephone set which permits or denies the rights of the receiver to receive the incoming phone call by the caller to dial the extension numbers if match the previous save numbers sets or not.