Abstract: According to one embodiment, a correction-parameter storing unit corrects a position of a captured image captured by an image sensor, and an image-position correcting unit corrects the position of the captured image for each pixel based on the correction parameter.

Abstract: According to one embodiment, a correction-parameter storing unit corrects a position of a captured image captured by an image sensor, and an image-position correcting unit corrects the position of the captured image for each pixel based on the correction parameter.

Abstract: A plain display apparatus has a plurality of display elements formed in vicinity of signal lines and scanning lines disposed in a matrix form, and a signal line drive circuit which switches order of supplying pixel data to the signal lines at random for each horizontal line.

Abstract: Image data is displayed on a screen of a liquid crystal panel on the basis of an interlaced image data, by a liquid crystal display driver. On the screen, identical images for two successive lines are displayed. The crystal display driver is provided with source line driving circuits for driving source lines of the liquid crystal panel. Each of the source line driving circuits includes an image data holding circuit, a mask data holding circuit to hold mask data containing replacement data for selectively replacing the image data. An image data masking circuit provides the replacement data and the image data read out from the image data holding circuit selectively. By the operation, a driving signal is provided to corresponding one of the source lines.

Abstract: A display control circuit has a memory configured to store three-colors pixel data, a first selector configured to select one color pixel data for m pixels in order among the three-colors pixel data for the m pixels read out from the memory when performing vertically long display in a display panel, where m is an integer of 1 or more, and to select one color pixel data for n pixels in order among the three-colors pixel data for the n pixels read out from the memory when performing horizontally long display in a display panel, where n is an integer of 1 or more, and different from m, a second selector configured to select pixel data for one pixel in order among the pixel data for m pixels selected by the first selector when performing the vertically long display, and to select pixel data for one pixel in order among the pixel data for n pixels selected by the first selector when performing the horizontally long display, a D/A converter configured to convert the pixel data selected by the second selector into a

Abstract: A liquid crystal display driver comprising: a first register for writing a setting value for display in response to a write control signal asynchronous with a clock signal outputted at a timing of switching display cycles; first data holding unit which holds an output from the first register in response to the clock signal; racing monitoring period setting unit which sets a period for monitoring an occurrence of racing in the output signal from the first register due to the timing of the clock signal; second data holding unit which holds an output from the first register in response to a clock signal which is the clock signal delayed for a period set by the racing monitoring period setting unit; racing detection unit which detects whether a racing state occurs in the output signal from the first register due to a timing of the clock signal; selection unit which outputs an output signal from the first register when the racing state is detected by the racing detection unit, and which outputs an output signal fr

Abstract: A plain display apparatus has a plurality of display elements formed in vicinity of signal lines and scanning lines disposed in a matrix form, and a signal line drive circuit which switches order of supplying pixel data to the signal lines at random for each horizontal line.

Abstract: A small chip size and high picture quality, and also a quick CPU access operation to memory are achieved for a semiconductor device for driving liquid crystals.

Abstract: This invention provides an image display apparatus for displaying data stored in a random access memory (RAM) such as LCD, more specifically a display driver achieving easy and flexible display control such as scroll in a display screen without increasing load on CPU and an image display apparatus including the same.

Abstract: A segment electrode driving circuit of a liquid crystal driving circuit comprises: data storing means for storing therein k+1 values in accordance with the k function values and 2k k-bit data and for simultaneously outputting 2k values on the basis of the alternating signal and a field select signal; 2k power supply lines provided so as to correspond to 2k outputs of the data storing means; a first analog multiplexer for connecting each of the 2k power supply lines to one of k+1 power supplies, each of which has a potential different from each other, on the basis of a corresponding one of the 2k outputs of the data storing means corresponding to a corresponding one of the 2k power supply lines; and a second analog multiplexer, provided for each of segment electrodes, for receiving k display data corresponding to the selected k common electrodes from the RAM for display data, and for selecting one of the 2k power supply lines on the basis of the k display data to connect the selected one of the 2k po

Abstract: A small chip size and high picture quality, and also a quick CPU access operation to memory are achieved for a semiconductor device for driving liquid crystals.

Abstract: This invention provides an image display apparatus for displaying data stored in a random access memory (RAM) such as LCD, more specifically a display driver achieving easy and flexible display control such as scroll in a display screen without increasing load on CPU and an image display apparatus including the same.

Abstract: This invention provides a driving apparatus for a liquid-crystal display, comprising a dot-matrix liquid-crystal display with column electrodes and row electrodes, a control circuit for, in enlarging and displaying the display data, producing a display control signal containing a plurality of pulses during the latch period of a latch signal that latches the display data, a column-electrode driving section for latching the display data in a latch circuit in response to the display control signal from the control circuit, and based on the latched display data, causing a driving circuit to drive the column electrodes of the liquid-crystal display, and a row-electrode driving section for simultaneously driving a plurality of adjacent row electrodes of the liquid-crystal display in response to the display control signal from the control circuit.

Abstract: A dot-matrix display apparatus comprising a display panel and two integrated circuits. The panel has a number of column electrodes extending vertically and parallel to one another, and a number of row electrodes extending horizontally and parallel to one another. Two TAB films are secured to the upper and lower edges of the panel. The integrated circuits are mounted on these TAB films, respectively. The first integrated circuit distributes odd-numbered ones of pixel data items simultaneously to the odd-numbered column electrodes, whereas the second integrated circuit distributes the even-numbered pixel data simultaneously to the even-numbered column electrodes. Either integrated circuit has an interface circuit and a control circuit, which cooperate to select the odd-numbered pixel data items or the even-numbered pixel data items. The pixel data items, thus selected, are stored into a RAM, and are supplied to the column electrodes, when necessary.