Abstract: A method resizes input images by first constructing a grid graph. The grid graph includes one node for each pixel in the input image, and adjacent nodes in the grid graph are connected by arcs. Each arc is directed and has an associated cost. A cut is applied to the arcs of the grid graph using a cost function. A seam of pixels is determined from the cut so that coordinates of the pixels in the seam enforce monotonicity and connectivity constraints. Then, the input image is resized according to the seam to produce an output image while minimizing a change of energy in the output image when compared with the input image.

Abstract: A method resizes input images by first constructing a grid graph. The grid graph includes one node for each pixel in the input image, and adjacent nodes in the grid graph are connected by arcs. Each arc is directed and has an associated cost. A cut is applied to the arcs of the grid graph using a cost function. A seam of pixels is determined from the cut so that coordinates of the pixels in the seam enforce monotonicity and connectivity constraints. Then, the input image is resized according to the seam to produce an output image while minimizing a change of energy in the output image when compared with the input image.

Abstract: The present invention concerns a package including a predetermined number of pills, and a microprocessor. The microprocessor is preferably pre-programmed, depending on the treatment, with a time interval at which a pill must be taken. An alarm is associated with the microprocessor, so that when the predetermined time interval has elapsed, the microprocessor sends a signal to the alarm to activate it and thus alert the user that it is time to take a pill In a preferred embodiment, the microprocessor, although pre-programmed, are activated by the user only after the user takes the first pill It should be understood that, the alarm may include visual or audio signals to alert the user.

Abstract: The present invention concerns a blister pack assembly for an article including a blister pack for receiving the article; and a backer having a top surface and a bottom surface, the backer being provided with printed material only on its top surface, so that when the backer is sealed to the blister pack, the seal will no, be affected by the presence of ink on the bottom surface. In order to provide a better appearance, the backer is preferably made of clear plastic. A first layer of ink is applied to the top surface, so that the ink, representing promotional material and other information, is visible through the clear plastic in the direction of the bottom surface of the backer. A second layer of ink is then applied over the first layer of ink, so that the first layer of ink is hidden from view when looking at the top surface of the backer.