Abstract: A device, method and system for identifying objects in warped images from a fisheye camera is provided. A device converts warped images from a fisheye camera into dewarped images. The device determines that a first object identified in the dewarped images is: entering a blind-spot region of the dewarped images; or located at a first edge region of the dewarped images. The device determines that a second object is: exiting the blind-spot region of the dewarped images, or located at a second edge region of the dewarped images, the second edge region opposite the first edge region. The device, in response to the second object meeting one or more reidentification conditions associated with the first object, reidentifies the second object as the first object at the dewarped images.

Abstract: A folding portable arm-wrestling competition table for use by two players that can be disposed in either a transportation mode or a playing mode. In the playing mode the table is designed to be set upon any available solid surface that is a comfortable size and height for the players to compete, the table is a rectangular open bottom framed box, it has two foam elbow pads, two foam pin pads and two hand grip posts, all of which set into specific cutouts on the table. In the transportation mode the table folds in half using a hinge that is on the underside of the table, all of the pads and the handgrips are easily removed from cutouts and are stored advantageously inside of the table itself, the table can then be secured in a closed position and carried using carrying handles attached to the ends of the table.

Abstract: A method of ultrasound imaging includes transmitting an ultrasound signal with an ultrasound transducer array. The method further includes receiving from the ultrasound transducer array electrical signals indicative of ultrasound echoes received by the ultrasound transducer array. The method further includes beamforming the electrical signals, which results in beamformed data. The method further includes processing the beamformed data, which generates an image. The image represents at least an anatomical vessel of interest. The method further includes processing the beamformed data, which generates flow direction data and flow magnitude data for blood cells flowing in a predetermined region of the anatomical vessel. The method further includes processing the flow direction data and the flow magnitude data, which creates a visualization of the flow direction data and the flow magnitude data for the entire predetermined region of the vessel.

Abstract: Systems, methods and computer program products to annotate axial-view spine images with the desired characteristics of not requiring additional views of the spine or cross-referencing features are provided. In one aspect, the disclosed method does not require external training from a manually-labeled data set while being applicable to different imaging modalities and acquisition protocols. In one aspect, the disclosed method achieves near real-time results using integral kernels when implemented on a Graphics Processing Unit.

Abstract: Systems, methods and computer program products to annotate axial-view spine images with the desired characteristics of not requiring additional views of the spine or cross-referencing features are provided. In one aspect, the disclosed method does not require external training from a manually-labeled data set while being applicable to different imaging modalities and acquisition protocols. In one aspect, the disclosed method achieves near real-time results using integral kernels when implemented on a Graphics Processing Unit.