Abstract: A method and a system of electronic devices that cooperate with one another to implement this method enable the transmission on demand of videos of fitness sessions on fixed and/or mobile electronic devices by: at least one video camera; a device for acquisition, encoding and transmission of video, connectable to the at least one video camera, provided with Internet connection; a first server, associated with the at least one video camera; a streaming platform, residing and executed on the first server; a second server, associated with the first server; a web application, residing and executed on the second server. The first server cooperates with the video camera to manage the videos received by the Internet connection. The second server cooperates with the streaming platform of the first server, enabling transmission on demand of the videos toward Internet-connected fixed and/or mobile electronic devices.

Abstract: Display control of a portion of a document by primary and secondary display devices is described. In one or more implementations, an input is received to a user interface displaying a document on a primary display device to cause a display of a portion of the document on a secondary display device. A navigation input is then received that causes a navigation of the display of the document on the primary display device while the secondary display device continues to display the portion of the document.

Abstract: A method of providing augmented Global Positioning System (GPS) navigation can include detecting movement of a GPS enabled mobile device along a navigational route and displaying a photographic image on a display of the GPS enabled mobile device responsive to detecting movement of the GPS enabled mobile device along the navigational route provided by the GPS enabled mobile device. Related devices and computer program products are also disclosed.

Abstract: A system for determining driver performance based on vehicle geolocation comprises one or more onboard vehicle sensors, one or more processors, and a memory. The one or more onboard vehicle sensors are configured to detect driving data of a moving vehicle. The one or more processors are configured to determine driver performance based at least in part on the driving data. The driver performance is normalized for a vehicle geolocation. The memory is coupled to the one or more processors and configured to provide the processor with instructions.

Abstract: The picture input section 12 fetches image data from the storage device 11, and then, inputs image data on sequential n images into the section 13 for measuring correlation between sequential images and the section 14 for measuring correlation between sampled images. The section 13 for measuring correlation between sequential images measures the correlation between sequential images based on video data. The section 14 for measuring correlation between sampled images measures the correlation between sub-sampled images. The short shot determining section 15 determines short cut points by using the correlation between the sequential images and the correlation between the sub-sampled images. Otherwise, short cut points may be determined in consideration of motion amount between the sequential images or the sub-sampled images.

Abstract: An image apparatus with batch scan and real time display and a method of the same are provided. The method of the present invention comprises steps of utilizing a transmission device for transmitting pictures into the scanner sequentially, scanning a picture and storing digital data in memory, displaying a notify signal to notice the user simultaneously while the scan is finished, showing the scanned image in a display device and scanning next picture at the same time while the user changes a switch control device. It is provided for shortening the scanning time of an image and reducing the time of waiting by utilizing the ways of batch scan and real time display. The present invention can increase number and size of picture to be scanned and thereby promote the scanning efficiency without requiring the increase in size of a memory buffer.

Abstract: A method for selecting paints is disclosed. This method includes the steps of selecting true paint colors, displaying device-dependent colors corresponding to the true paint colors in a simulated full size room and interacting with the buyers to change the displayed colors and select the desired colors. The method also includes the step of dispensing paints corresponding to the selected colors. The displayed colors are generated by multiple color and/or white LEDs to provide a wider gamut of displayable colors and more color saturation and chromatic. A full-size apparatus for displaying paint colors using device-dependent colors is also disclosed.

Abstract: An implementation of stream segments and media sensors in the reference software of MPEG-4 ISO/MEC 14496-5, is presented. In some embodiments, the implementation involves the definition of a new class in the Core module, namely segmentDescriptor, and new fields and methods in existing classes in the Core module. The implementation requires few changes to the source code of the Renderer module.

Abstract: First photoelectric transducer rows (51, 53, 55) and second photoelectric transducer rows (52, 54, 56) are arranged such that respective image pickup elements are aligned with each other in the primary scanning section. By pixel data read by the first photoelectric transducer rows (51, 53, 55) and pixel data read by the second photoelectric transducer rows (52, 54, 56), pixel data pertaining to two pixels located at the same position on each line with reference to a primary scanning direction are averaged or added together. As a result, resolution of pixels is improved, and noise components of the pixels are diminished. Thus, a signal-to-noise ratio can be improved.

Abstract: In an image processing system utilized with a car navigation system, an image photographed by a digital camera is coordinated with a map image in relation to this photographed image, so that a driver can readily confirm where this photographed image has been acquired with respect to the map. The image processing system includes: an image storage unit for storing photographed image data and positional information data acquired in correspondence with the photographed image data; a map image storage unit for storing map image data; a retrieval unit for retrieving a position with respect to the map image data stored in the map image storage unit based upon the positional information data stored in the image storage unit; and an image output unit for outputting a map image of the map image data about the position retrieved by the retrieval unit, and a photographed image of the photographed image data in correspondence with the map image data.

Abstract: A film cartridge which can be looked up easily and a film image input system which can obtain a high quality image by using the film cartridge wherein the image signal of each frame image, of which the image quality is adjusted, is recorded in the EEPROM of the image record unit to be mounted on the film cartridge, in which the photo film is stored in a roll, so as to correspond to the frame number while the developed photo film is printed. And, the film image input system controls the adding circuit, the multiplying circuit and the gamma correction circuit based on the respective R, G, B color signals, which are respectively outputted to the black level controller, the white level controller and the gradation controller from the EEPROM, and outputs an image signal, which has the same gradation characteristics as that of the image signal which is recorded in the EEPROM, to the encoder.

Abstract: A continuous-motion flying-spot telecine has twin objective lenses (13,14) which provide beams to scan two adjacent film frames simultaneously. Two sets of light detectors (16,17) are provided, one for each frame being scanned. The detector outputs are applied to a multiple frame store (23; FIG. 2). The scans can take place at half the normal speed, while a conventional rate signal is read out of the store. Problems caused at high frequencies as a result of afterglow on the CRT (10) can thereby be substantially reduced.

Abstract: A color mapping method is used in transforming colors between color imaging systems. The method includes using forward transformation profiles that characterize the color imaging systems to generate respective sets of device-independent color values for the color imaging systems. Color conversions are calculated by reducing differences between the respective sets of device-independent color values. Based on these color conversions, a color map is constructed that describes a relationship between the color imaging systems.