Abstract: A method for managing image processing data buffers for processes having overlap input data between iterations includes loading a data buffer with an initial input data array and performing an image data array operation on the input data array. The method repeats the following steps for plural iterations including loading the data buffer with new input data forming a new input data array for a next iteration and performing the input data array operation on the new input data array. The overlap data consists of pixels at an end of each scan line. Loading new input data includes loading pixels following the overlap data for each scan line.

Abstract: An image formation processing simulation apparatus includes: a receiving unit that receives image data to which image formation processing is applied in an image formation processing device; a performing unit that performs simulation of image formation processing applied to the image data in the image formation processing device using the image data; a memory management unit that allocates a memory area for the image formation processing before the simulation, monitors the memory size required for the image formation processing in the simulation, and compares between the required memory size and the size of the allocated memory area; and an output unit that outputs information concerning the comparison result.

Abstract: There is provided an information processing device including: a light emitting unit to supply light to an operating means mounted on an IC card, the operating means being capable of switching display contents on a display unit of the IC card by a potential difference occurring due to photoelectric conversion; a communication unit to transmit given data to the IC card for causing the IC card to record the data; and a light emission adjusting unit to cause the data recorded on the IC card through the communication unit to be displayed on the IC card by adjusting the number of times of emitting light or a light emitting pattern from the light emitting unit.

Abstract: In a method for sharing multimedia application data by a plurality of communication devices, at least two communication devices establish a short-rang wireless communication link to a data distribution device. At least one of the communication devices informs the data distribution device of the data that are offered for sharing, and these data are presented by the data distribution device on a display. A user of one of the communication devices being connected to the data distribution device selects and requests data that he wants to download to a communication device, and the requested data are then transmitted to the communication device via the data distribution device.

Abstract: The application aims at reducing the power consumption of pixels not emitting light in an active matrix organic EL panel having a static memory cell in each pixel. Each pixel circuit comprises a selection transistor (5), first (2) and second (4) drive transistors as well as a first organic EL element (1) and a second (3) organic EL element respectively connected to the first and second drive transistors. The second organic. EL element is masked and does not contribute to the pixel brightness. The current flowing through the second organic EL element is reduced by current limiting means. This current limiting means may be a second supply voltage (VDD2) used in the current path with the second organic EL element, the second supply voltage being lower than the corresponding first supply voltage (VDD1) of the current path with the first organic EL element. Alternatively, the current limiting means may comprise a current limiting transistor (11) or a diode-connected transistor (13).

Abstract: Compressed graphic image data files, such as Compressed ARC (Arc-second Raster Chart/map) Digitized Raster Graphics (CADRG) map files for a region of interest, are stored in blocks of memory (nodes) preferably arranged as a linked list. Portions of files containing data for an area of interest including an image of interest are decompressed before the data are sent to a frame buffer for display. Nodes that do not contain requested data are flagged as unused, but not deallocated, making the data in such nodes available for use or replacement.

Abstract: A display device having gate signal lines, a scanning signal driving circuit which supplies scanning signals to respective gate signal lines, drain signal lines, and a video signal driving circuit which supplies video signals to respective drain signal lines formed on one surface of an insulating substrate. The display device includes a first thin film transistor which is driven by the scanning signals, a pixel electrode to which the video signals are supplied through the first thin film transistor in each pixel region. The video signal driving circuit includes a dynamic memory which is comprised of a plurality of other thin film transistors formed in parallel with the first thin film transistor, and at least one thin film transistor among the plurality of other thin film transistors is covered with a conductive film having a potential which is fixed through an insulation film.

Abstract: A graphics system including a custom graphics and audio processor produces exciting 2D and 3D graphics and surround sound. The system includes a graphics and audio processor including a 3D graphics pipeline and an audio digital signal processor. Techniques for efficiently buffering graphics data between a producer and a consumer within a low-cost graphics systems such as a 3D home video game overcome the problem that a small-sized FIFO buffer in the graphics hardware may not adequately load balance a producer and consumer—causing the producer to stall when the consumer renders bit primitives. One aspect of the invention solves this invention by allocating part of main memory to provide a variable number of variable sized graphics commands buffers. Applications can specify the number of buffers and the size of each. All writes to the graphics FIFO can be routed a buffer in main memory. The producer and consumer independently maintain their own read and write pointers, decoupling the producer from the consumer.

Abstract: A method to separately assign and modify multiple attributes of information and structure to an individual block or to a larger unitary whole comprised of multiple blocks is disclosed. A number of block instances of a block is determined. Each block instance is associated with one or more structure attributes. A number of data elements is determined. Each data element is associated with one or more information attributes. The data elements are mapped to the block instances. The mapped block instances are displayed contiguously.

Abstract: Techniques are provided for efficiently arranging shader constants into constant buffers to more efficiently set shader constants to a GPU. Techniques are provided for tracking runtime usage patterns of shader constants, and then generating usage pattern data regarding usage patterns of shader constants. This usage pattern data can then be fed into an optimization algorithm to efficiently lay out the data for maximal performance given certain heuristics. Factors considered include, for example, frequency of client update of the values, usage by certain shaders, and size and number of the resulting buffers.

Abstract: A method for recording a plurality of graphic objects is disclosed. Each graphic object includes at least one common parameter and at least one object data. The method includes recording the at least one common parameter corresponding to the plurality of graphic objects in a common parameter section; and respectively recording the at least one object data of the plurality of graphic objects in corresponding object sections; wherein the at least one common parameter and the at least one object data are utilized to describe characteristics of the graphic objects.

Abstract: An image transmission system enabling a user to recognize a communication status between a PC and a projector, and including a PC (300) as an image generating apparatus and a projector (400) as an image projecting apparatus. The projector (400) monitors a status of communication with the PC (300), and includes a status monitoring unit (402) generating information related to the communication status being monitored, and also a projector communication unit transmitting the generated information related to the communication status to the PC (300). The PC (300) includes a PC communication unit (301) receiving information related to the communication status from the projector (400), a beacon analyzing unit (302) analyzing the received information and a display output unit (303) displaying a result of the analysis by the beacon analyzing unit (302).

Abstract: Apparatuses and methods for detecting position conflicts during fragment processing are described. Prior to executing a program on a fragment, a conflict detection unit, within a fragment processor checks if there is a position conflict indicating a RAW (read after write) hazard may exist. A RAW hazard exists when there is a pending write to a destination location that source data will be read from during execution of the program. When the fragment enters a processing pipeline, each destination location that may be written during the processing of the fragment is entered in conflict detection unit. During processing, the conflict detection unit is updated when a pending write to a destination location is completed.

Abstract: A computing device is provided that includes a display comprising a plurality of discrete elements. A memory is used to store a data collection of paginated content. A processor of the computing device is configured to retrieve each of the pages from the memory. The processor signals the display to individually present each of the pages. A sensor device is coupled to the processor. The sensor device is deflectable to signal the processor a deflection value that causes the processor to sequentially present at least portions of multiple pages on the display.

Abstract: A method of setting a pixel clock frequency for a display of an information handling system (IHS) is disclosed whereby the method includes detecting an identifier associated with a wireless card operable for use with the IHS. The method also includes selecting a timing descriptor, the timing descriptor associated with a display setting and wherein the timing descriptor corresponds to the identifier. The method further includes setting the pixel clock frequency based on the timing descriptor selected.

Abstract: The camera reads identification information of the user, which is contained in an identification card, through a card reading part. The camera connects automatically to a server designated in accordance with the read identification information through a communication interface. Then, the camera transmits and stores the data of recorded images to the designated server. The camera retrieves the image data stored in the server, and reproduces and displays the image on an image display at the back of the camera. A plurality of cameras in which the same user's identification information is set can be controlled altogether in the image-recording and reproduction by one camera. One camera in which the identification information of a plurality of user's is set can distribute the recorded image data to the servers of the users simultaneously.

Abstract: An exemplary display system includes a flat panel display and a host connectable to the flat panel display. The flat panel display includes a first storage unit including a first security code stored therein, a register, and a micro processing unit. The host includes a second storage unit including a second security code stored therein, and a central processing unit. The central processing unit is configured for converting the second security code to a digital signal and sending the digital signal to the register. The micro processing unit is configured to read and compare the first security code with the digital signal in the register, and output a control signal according to a result of said comparison.

Abstract: Methods for managing a framebuffer in a single memory pool comprising frame buffer memory and display list memory on printing devices are presented. In some embodiments, a method for managing at least one pixmap corresponding to an image using equal sized blocks allocated to the pixmap from a memory pool comprises: receiving a request for at least one scanline in the image; securing a pointer to at least one block from the memory pool in response to the request for the at least one scanline, if memory blocks are available in the memory pool; and applying at least one of a plurality of memory freeing strategies, if there are no memory blocks available in the memory pool.

Abstract: A liquid crystal display device with shorter response time and simpler configuration is provided. The liquid crystal display device including: a plurality of pixels each including a liquid crystal element; and a driving section performing an image display driving by applying a driving voltage based on a video signal to the liquid crystal element in each of the pixels. The driving section performs an overdrive processing on the video signal of current frame to generate an overdriven video signal based on a current frame image and an immediately preceding frame image of the input images based on the video signals, and based on immediately-preceding-state information which is additional information briefly representing a immediately preceding state of the liquid crystal element of the pixel.

Abstract: A portable display device transitions between a first state and a second state. The portable display device includes a display portion that displays information when the portable display device is in the first and second state, and a power source for supplying power when the portable display device is in the first state, and supplying less power when the portable display device is in the second state than in the first state. The portable display device also includes a controller that drives the display portion to display information in the display portion, an operation device that executes at least one command in response to receipt of at least one operation, and a storage portion that stores information to be displayed in the display portion when the portable display device is in the second state. The controller displays the information stored in the storage portion, when the portable display device is in the second state.

Abstract: A portable display device transitions between a first and second state. The device has a display portion, a power source for supplying power in the first state and supplying less power in the second state than in the first state, a controller that drives the display portion, an operation portion that executes commands, and a mode storage portion that stores one of a first and second mode. The first mode corresponds to displaying preset information, and the second mode corresponds to particular information to be continuously displayed. The particular information is information displayed in the display portion when the device is in the first state. When the device is in the second state, the preset information is displayed in the display portion when the first mode is stored in the mode storage portion, and the particular information is continuously displayed when the second mode is stored in the mode storage portion.

Abstract: A method and system for accommodating at least one high priority data element from a plurality of data elements written into a ring buffer including a processor that preempts a ring buffer by modifying at least one of the data elements previously written to the ring buffer to create modified data elements in response to detecting a high priority data element to be written into the ring buffer. The processor modifies the plurality of data elements previously written to the ring buffer to create the modified data elements. The processor resubmits to the ring buffer at least one of the data elements corresponding to at least one of the modified data elements for execution by a graphics co-processor in response to processing the at least one high priority data element.

Abstract: A system and method of pre-fetching data in a network includes displaying first data to a user, the first data being upstream of other data in a data flow. Before receiving a request from the user to view the other data, retrieving at least some of the other data and storing the retrieved other data in a memory device. After a request is received from the user to display the other data, using the stored data for the display to the user.

Abstract: An image processing circuit comprising a plurality of line buffers is provided. Each line buffer stores pixel data of a plurality of pixels as line data, the plurality of pixels configuring a single image line of an image. A first image processing part performs a first image processing task on original image data provided from the exterior by using the line data stored in at least one of the line buffers, and provides processed image data. A second image processing part performs a second image processing task on the processed image data provided from the first image processing part by using the line data stored in at least one of the line buffers, and provides processed image data. A line buffer selector selectively connects the first image processing part and the second image processing part to any number of line buffers. An output path selector selects one of an output path that skips the second image processing task and an output path that performs the second image processing task.

Abstract: A system, apparatus, method and article to perform buffering techniques are described. The apparatus may include a buffer having a fixed number of storage slots that store reconstructed picture representations received from an image processing module. Also, the apparatus may include a buffer status unit to store a multiple information items to indicate one or more buffer characteristics of the buffer. Further, the apparatus may include a buffer control module to manage storage within the buffer.

Abstract: Packet processing system and method embodiments implemented in a peripheral component interconnect-express (PCIE) compliant system are disclosed. One method embodiment, among others, comprises receiving a packet having at least a first type of data and a second type of data over a PCIE connection, and segregating the entire packet into two contiguous groups, a first group comprising the first type of data and a second group comprising the second type of data.

Abstract: A displaying system and a displaying method are used for displaying surrounding image of the displaying system when the displaying system arrives at a place. There are first image file and first coordinates data correspondingly stored in a storage device in advance. A GPS device in the displaying system is detecting the location coordinates of the displaying system. When the location coordinates and the first coordinates data are very near, the displaying system displays the first image of the first image file.

Abstract: The present invention provides a raster module. The rater module comprises a coarse raster for rasterizing input data; and a fine raster receiving data from the coarse raster, wherein the fine raster comprises a buffer for buffering data from the coarse raster. The present invention provides a small raster unit while maintaining the performance without lost in other functions, and therefore achieves cost reduction in chip manufacturing.

Abstract: An imaging apparatus comprises position information obtaining means, decoration image selection means, and composite image generation means. The position information obtaining means obtains position information indicative of a position where the imaging apparatus is present. The decoration image selection means selects a predetermined decoration image from predetermined storage means based on the position information. The composite image generation means composites the predetermined decoration image selected by the decoration image selection means and a taken image to generate a composite image.

Abstract: An image processing apparatus has a plurality of functions and is capable of executing a job relating to any of the plurality of functions. The image processing apparatus includes a memory management unit to secure a storage region in a first storage device for program execution, a save unit to save information from the storage region in the first storage device to a second storage device, a history recording unit to record a history relating to execution of the job each time the image processing apparatus executes the job, and a save restriction unit to restrict saving of information from the storage region in the first storage device to the second storage device in order to execute a job relating to a function which is specified based on a job history recorded by the history recording unit from among the plurality of functions.

Abstract: Circuit for compensating a display defect in a video display device of the present invention includes a memory having position information on a plurality of regular patterned defective regions of a display panel, gray scale section information, a defect level data on each of the regular patterned defective regions, and a plurality of compensation data on each of the defect level data stored therein, a first compensation unit, upon reception of data to be displayed on the regular patterned defective regions, for determining defect level data on the regular patterned defective regions of the data to be displayed, selecting a compensation data set on the defect level data determined thus, and selecting a compensation data on the data to be displayed from the compensation data selected thus, for compensating the data to be displayed, and a second compensator for distributing the data compensated thus at the first compensation unit spatially and temporally by using dither patterns for making fine compensation, the

Abstract: A memory flush is processed in accordance with a state machine that keeps track of the flush states of a memory target. A memory target is not flushed if it has not been written to, or if a memory flush has already been completed for that memory target. A memory target is flushed if the memory partition is in a flush needed state or a flush pending state. Each memory target has an associated state machine, but only one state machine is maintained per memory target.

Abstract: Methods, systems, and products are disclosed for displaying objects. A software application is associated to a profile storing display characteristics for the software application. A video display screen is segmented into segments. A video object produced by the software application is mapped to a segment in the video display screen that corresponds to the profile.

Abstract: A method and apparatus of optimizing transmission (both real time and continuous) of a number of multimedia data packets between a multimedia source device and a multimedia display device is disclosed. In the described embodiment, the multimedia source device and the display device are coupled by way of a unidirectional main link arranged to carry the multimedia data packets from the multimedia source device and the multimedia display device and a bi-directional auxiliary channel arranged to transfer information between the multimedia source device and the multimedia display device. The method can be carried out by following at least the following operations. Providing a test pattern by the multimedia source device on the main link, determining a transmission quality factor of the main link based upon the test pattern, and optimizing the transmission of the multimedia data packets based upon the transmission quality factor.

Abstract: Methods and apparatuses are described for application broadcasting. For one embodiment, pixel data being broadcast from a moderator to one or more participants is divided into tiles. Display data is generated for each tile. Each display data segment (segment) contains the pixel data for the tile, and also contains a tile identifier. The segments are periodically evaluated. If the pixel data has changed, the segment is replaced with the most recent segment corresponding to that tile. A time indicator is also included within each segment for each tile indicating the time at which the segment was updated. A participant DPS requests data from the server and provides the time indicator for the last segment it received. The server then transmits the current segment for each tile that has been updated subsequently. This allows presentation at the participant's DPS of the most current version of the moderator's display screen.

Abstract: An apparatus and method of displaying a first image on a display device with a plurality of pixels assigns one of a plurality of sample patterns to each pixel on the display device. Each pixel is assigned the one of a plurality of patterns based upon its unique location on the display device. Each sample pattern has at least one sample location. It then is determined if the first image intersects any of the sample locations on each pixel. Pixels determined to have at least one sample location that intersect the first image thus are illuminated.

Abstract: An image processing apparatus is configured to rasterize an object into a bitmap using a first memory and a second memory which can be accessed quicker than the first memory. The image processing apparatus includes an extraction unit configured to extract a plurality of objects to be rasterized on the second memory from a plurality of the objects, and a first combination unit configured to combine a plurality of objects which can be rasterized within capacity of the second memory from among the objects extracted by the extraction unit into an object.

Abstract: A pixel load instruction for a programmable graphics processor. The pixel load instruction may be used during processing of graphics data to load graphics data from a writable output buffer into a local storage element. Using the pixel load instruction may ensure that the graphics data loaded is current, i.e., any pending writes to the location storing the graphics data are completed prior to loading the graphics data. Furthermore, the pixel load instruction may be enabled and disabled for one or more writable output buffers by setting or clearing bits in a pixel load enable register.

Abstract: A color liquid crystal display device capable of displaying color images comprises an input pen for use in determining the individual position for color display on the screen of a liquid crystal display panel, a coordinate detector for recognizing the position as designated by the input pen to output the position as the corresponding coordinate data, a color designator circuit for designating a color as presently selected for color display to output the color as a color data, a memory device for storing the color data representative of the color designated, a memory controller responsive to receipt of an address issued from the selected coordinate data for controlling the color data to be written into and read out of the memory, and an output controller which allows the color data read from the memory to be supplied to the liquid crystal display panel as video data.

Abstract: A browsing terminal includes a nonvolatile display unit and a reminder data storing unit. The nonvolatile display unit overwritably displays a first display image based on first display data when the nonvolatile display unit is set to a first mode. The nonvolatile display unit maintains the first display image when the nonvolatile display unit is set to a second mode. The reminder data storing unit stores reminder data. The remainder data includes information about the first display image. The nonvolatile display unit displays a remainder image based on the reminder data ahead of the first display image when the nonvolatile display unit is set to the first mode after the nonvolatile display unit was set to the second mode.

Abstract: A repeater comprises an EDID memory to store a control data and a memory control unit. The memory control unit is configured to make access to the EDID memory to read the control data therefrom, store the read control data into the EDID memory and, when access is made to the EDID memory by the set-top box, transfer the control data stored in the EDID memory to the set-top box. In this case, the memory control unit outputs an inhibiting signal to a set-top box to inhibit it from making access to the EDID memory until the completion of an operation of storing the control data from the EDID memory in the set-top box into the EDID memory in the repeater.

Abstract: A display of CPU utilization in a multiprocessor system is provided. This feature illustrates processor utilization and application group assignments to CPUs and clusters of CPUs. Various graphic indicator are described that can be used to display processor utilization and indicate processors that have no application group assignments. For example, bar graphs as well as gauge displays can be used to visually convey processor utilization. As a result, a user can visually determine the processor utilization and application group assignments across a multiprocessor system. Additionally, various colors and shadings can be used to visually convey application group assignments.

Abstract: In an image processing system, high density storage of bit-plane data is provided in a secondary or page memory as well as high bandwidth access to the data by an image processor. The page memory provides storage of data not currently being processed. The page memory may also be part of a system that provides input and output of image data to and from the image processor. The image data may be handled outside the image processor in a packed pixel form and be converted between that form and bit-line form which the page memory stores during input and output. The bit-line data may be gathered into bit-planes for use by the image processor during movement of data from the page memory to the processing logic.

Abstract: An apparatus and methods are disclosed for displaying a physical view of a monitored device. The apparatus for displaying a physical view of a device is provided with a plurality of modules configured to functionally execute the steps of displaying a physical representation of a device, generating a plurality of grid lines in association with a predetermined portion of the physical representation of the device, and displaying an icon configured to convey information regarding a status of the device, wherein the icon is displayed within an area defined by the plurality of grid lines. These modules in the described embodiments include a rendering module, a grid module, and a status module.

Abstract: A method for batch implementation of settings in a renal replacement therapy device including: displaying on a user interface control settings which may be manually selected by an operator; selecting an independent control setting of the plurality of control settings; adjusting the independent control setting to an independent control setting level selected by an operator; temporarily storing the adjusted independent control setting level; automatically adjusting a dependent control setting level based upon the independent control level; displaying the adjusted independent control setting level and the adjusted dependent control setting, and implementing both the adjusted independent control setting level and the adjusted dependent control setting to control the device, by actuating a batch setting acceptance operation.

Abstract: A dynamic picture display system. The system consists of an LCD display that is approximately the size of a framed picture, a USB cable that is connected to the LCD display, and a computer system for formatting still or moving images, (pictures) for display on the computer system.

Abstract: An apparatus of processing a signal is provided, which includes: a frame memory storing data for two frames; and a signal processing unit writing data for two rows into the frame memory or reading data for two rows from the frame memory during input of data for one row.

Abstract: An information processing apparatus, an information processing system, an information processing method and a program, which can store display data efficiently, are provided. A detecting section which detects a carrier wave near the receiving section, a switching control section which controls a switching section so as to, when the detecting section detects the carrier wave, switch connecting destination of the first storage section into the receiving section, and when the detecting section does not detect the carrier wave, switch the connecting destination of the first storage section into the reading section, a second storage section which stores the data conversion information read by the reading section, and a display control section which converts the read display data using the data conversion information stored in the second storage section so as to display the information on the display section are provided.

Abstract: A method for reducing memory consumption when carrying out edge enhancement in a multiple beam pixel apparatus is provided, wherein Static Random Access Memories and first in first out buffers are employed. When the first to the nth input units read the next bit data, the first rows of the bit data in the first to the nth buffers are removed, and each row of bit data behind the first rows is moved towards left by one bit. The first rows of bit data in the (n+1)th to the (n+4)th buffers are stored in one end of the first to the fourth memories respectively, and a bit data is taken out from the other end of each of the memories, to be sequentially stored in the end of the first to the fourth buffers, and the read next bit data is stored in the fifth to the (n+4)th buffers.

Abstract: Methods and systems for processing pixels within a decoded video stream are disclosed. Processed pixels may be received within the decoded video stream and may be buffered in a buffer at a first rate. The buffered received processed pixels may be transferred out of the buffer at a second rate, where the first rate is greater than said second rate. The buffering of the received processed pixels and the transferring of the buffered received processed pixels out of the buffer may be monitored to prevent an overrun of the buffer. The first rate of the buffering of the received processed pixels may be reduced to prevent the overrun of the buffer. The second rate of the transferring of the buffered received processed pixels out of the buffer may be monitored to prevent the overrun of the buffer. Amount of the buffered received processed pixels within the buffer may be determined.