36 results about "Mixed resolution" patented technology

Two or more display units with different resolutions are combined such that the geometry of images displayed across the multiple display units is preserved and the image appears to be substantially continuous to a viewer of the image. Compatibility of the sizes of image elements on different display units is achieved by using display unit-specific scaling to compensate for the different pixel sizes on the individual display units.

A method is disclosed for mapping finger movements on a touch pad to a display screen. The method includes receiving touch data from a touch pad. The touch data identifies the absolute coordinates of one or more finger touch points on the touch pad. The method also designates a portion of the display screen as a portion mapping area. The size of the portion mapping area is less than the size of the entire display screen area. The method then maps the coordinates of the one or more finger touch points of the touch data to the coordinates of the portion mapping area. The method includes use of a primary touch pad and a secondary touch pad to generate multi-touch finger gestures.

A system and method of compressing a video signal can include the steps of: receiving a video signal, the video signal including frames; analyzing, for each frame, the video signal on a macroblock-by-macroblock level; determining whether to downsample a macroblock residual for each of the macroblocks; selectively downsampling a macroblock residual for some of the macroblocks; and coding the macroblocks. A system and method of decompressing a video signal can include the steps of receiving a compressed video signal, the video signal including frames; analyzing, for each frame, the video signal on a macroblock-by-macroblock level; determining whether to upsample a macroblock residual for each of the macroblocks; selectively upsampling a macroblock residual for some of the macroblocks; and decoding the macroblocks.

An incremental printer, such as for example an inker printer, produces very small markings (as for example by firing small ink droplets) preferably in a single-pass print mode for text, as well as image applications if desired, to achieve addressable print resolution at least four times higher in the carriage scan axis than in the media advance axis. More preferably the resolution in the scan axis is at least six times, ideally eight times, higher than that in the media advance axis. A preferred form of the invention uses 96 dots / mm (2400 dpi) resolution in the scan axis, in conjunction with only 12 dots / mm (300 dpi) resolution in the media advance axis, without having to employ any dot-depletion algorithms. In one embodiment, the system provides a single-pass color print mode wherein primary colors are printed with eight color droplets of the same primary color in eight adjacent sub-pixels on the 300x2400 grid, and secondary colors are printed with eight color droplets of different primary colors in eight adjacent subpixels on the same grid. One implementation uses a pen with a single tab-head assembly, with nozzles in plural parallel staggered columns, receiving ink from plural different ink reservoirs. Two such pens provide four inks for color inker printing. Three or more such pens enable a printing system to supply ink of plural dilutions for at least one of the ink colors in the system, and thereby facilitate photographic-quality printing.

The present invention discloses a technique for making mixed resolution image which can be directly outputted. It is characterized by that it adopts an upwards processing or downward processing mode, on an existed or after-generated transparent layer makes linear or non-linear lens distribution structure diagram with mixed resolution. Said lens distribution structure includes lens matrix, pin hole matrix, lens column or slit column, it possesses any lens form or any arrangement combination. The image made up by adopting invented technique has highest resolution, and has good vision effect.

A hybrid-resolution panoramic VR generator places High-Resolution (HR) patches from a ring of HR cameras onto a 360-degree Low-Resolution (LR) image from a LR camera pointing upward from the ring into a panoramic mirror that captures the combined field of view of all the multiple HR cameras, but at a lower resolution. Ghosting artifacts caused by parallax errors between adjacent HR cameras are eliminated because object placement is determined by the 360-degree LR image. Each HR image is homographicly projected into 3 projections by grouping objects of different depths to obtain homographic matrixes. The 360-degree LR image is upscaled to HR and a query patch is searched in search windows in the three projections for up to two adjacent HR images. Best-matching patches are weighted by similarity with the query patch and blended to generate a reconstructed patch placed at the query patch location in a reconstructed HR panorama image.

A hybrid-resolution panoramic VR generator places High-Resolution (HR) patches from a ring of HR cameras onto a 360-degree Low-Resolution (LR) image from a LR camera pointing upward from the ring into a panoramic mirror that captures the combined field of view of all the multiple HR cameras, but at a lower resolution. Ghosting artifacts caused by parallax errors between adjacent HR cameras are eliminated because object placement is determined by the 360-degree LR image. Each HR image is homographicly projected into 3 projections by grouping objects of different depths to obtain homographic matrixes. The 360-degree LR image is upscaled to HR and a query patch is searched in search windows in the three projections for up to two adjacent HR images. Best-matching patches are weighted by similarity with the query patch and blended to generate a reconstructed patch placed at the query patch location in a reconstructed HR panorama image.

For providing a technology for preferably achieving high resolution of video signals of a video signal or moving video, with a small number of frames thereof, a video signal processing apparatus comprise an input unit to be inputted a plural number of video frames, a resolution converter unit, having resolution converting characteristics differing from each other, depending on a direction thereof, by composing 2 pieces of the video frames from the inputted video frames, thereby increasing a number of pixels making up the video frames, and a mixer unit for obtaining the output video frame by mixing output results of the resolution converter unit.

The invention discloses a half-quantity resolution method of a racemic mixture of a tetrahydroisoquinoline type compound. The half-quantity resolution method comprises the following steps: dissolving hydrochloride of the tetrahydroisoquinoline type compound into water and alkalifying under an alkaline condition to obtain the racemic mixture; dissolving the racemic mixture into a polar solvent; under a heating condition, enabling the racemic mixture to react with a single half-quantity resolution agent N-acyl-D-amino acid or D-diphenylacyl tartaric acid, so as to form salt; or after enabling the racemic mixture to react with the resolution agent N-acyl-D-amino acid for a period of time, adding the other resolution agent D-diphenylacyl tartaric acid and reacting to form the salt; after reacting, slowly cooling and crystalizing and carrying out a post-treatment process, so as to directly obtain R configuration tetrahydroisoquinoline type compound salt with high optical purity. According to the half-quantity resolution method, the half quantity of the mixed resolution agent or the half quantity of the single resolution agent is utilized, so that the dosage of the resolution agent is saved; recrystallization is not needed and a design is reasonable; the preparation method is simple and convenient and has high practicability; the total yield of an R configuration product can reach 83.25 percent at maximum and the purity can reach 97 percent or more at maximum.

Method and apparatus are provided for recovering a pruned version of a picture in a video sequence is disclosed. An apparatus includes a pruned block identifier (610) for identifying one or more pruned blocks in the pruned version of the picture. The apparatus further includes a metadata decoder (615) for decoding metadata for recovering the pruned version of the picture. The metadata includes position information of the one or more replacement blocks. The apparatus also includes a block restorer (620) for respectively generating one or more replacement blocks for the one or more pruned blocks.

A system and method of compressing a video signal can include the steps of: receiving a video signal, the video signal including frames; analyzing, for each frame, the video signal on a macroblock-by-macroblock level; determining whether to downsample a macroblock residual for each of the macroblocks; selectively downsampling a macroblock residual for some of the macroblocks; and coding the macroblocks. A system and method of decompressing a video signal can include the steps of receiving a compressed video signal, the video signal including frames; analyzing, for each frame, the video signal on a macroblock-by-macroblock level; determining whether to upsample a macroblock residual for each of the macroblocks; selectively upsampling a macroblock residual for some of the macroblocks; and decoding the macroblocks.

A method and apparatus is presented for obtaining high resolution positional feedback from motion stages 52 in indexing systems 10 without incurring the costs associated with providing high resolution positional feedback from the entire range of motion by combining low resolution / low cost feedback devices 72 with high resolution / high cost feedback devices 74, 76, 78, 80, 82, 84, 86, 88.

The present application provides a mixed resolution, interleaving-based, cross-channel data flow and data format for a printer image path. The architecture provides pixel data for a colorant of a given writing channel at its nominal (full) resolution, while pixel data for other colorants is provided at lowered resolution. Pixel data for a primary channel at its full resolution is interleaved with data for other secondary channels at lower resolution. Known sub-sampling or compression techniques can be used to lower the resolution of the secondary channels. The data at the different resolutions is generated by the digital front end (DFE), which distributes the data for each writing channel at the time it is needed. Preferably, the low resolution data is sent first to the writer, followed by high resolution data, so that data buffering is minimized.

The embodiment of the present invention discloses that the embodiment of the present invention provides a mixed-resolution encoding and decoding method, the method includes: performing standard full-resolution encoding on the I frame in the video frame sequence that only adopts intra-frame encoding and performing frame Reconstruct and obtain the reconstructed frame of the I frame; down-sample the reconstructed frame of the I frame to obtain a sampled image of the reconstructed frame of the I frame; down-sample the non-I frame in the video frame sequence to obtain the The sampled image of the non-I frame; the sampled image of the reconstructed frame of the I frame corresponding to the non-I frame is used as a reference frame to perform standard encoding on the sampled image of the non-I frame; a video code stream is sent, and the video code stream includes The encoded I frame and non-I frame. The embodiment of the invention also discloses a mixed resolution coding method and a corresponding codec device. By adopting the present invention, the computational complexity of encoding and decoding can be reduced, and the speed and efficiency at both ends of encoding and decoding can be greatly improved.

The invention discloses a mixed-resolution multi-view video super-resolution method based on low-rank prior information, and belongs to the technical field of image and video processing. The mixed-resolution multi-view video is composed of multiple paths of multi-view videos and comprises multiple paths of low-resolution videos and multiple paths of high-resolution videos, and the proposed super-resolution method aims to reconstruct the low-resolution videos by using texture and other information of the high-resolution videos and take the low-rank prior of the image video as a constraint condition at the same time. According to the method, a new hybrid multi-view super-resolution method is provided, the method considers that a plurality of similar information is contained among multi-viewvideos, the method makes full use of texture and other information of high-resolution videos based on the idea of manifold embedding, and noise is suppressed by using low-rank prior information. According to the method, the texture and other information of the high-resolution video are fully utilized, the noise is effectively suppressed, and the low-resolution video is effectively reconstructed.