Abstract: The present invention relates to an aptamer penetrating the blood-brain barrier (BBB) to enable receptor-mediated transcytosis and a use thereof. The aptamer of the present invention selectively targets transferring receptor proteins only, rapidly passes through BBB by means of receptor-mediated transcytosis, can effectively transport and deliver various therapeutic agents such as proteins, antibodies, nucleic acids, and low-molecular weight compounds through simple chemical bonds, exhibits interspecific cross-reactivity in transferring receptors, and is easily chemically modified, and thus is applicable as a drug carrier for nervous system diseases, especially brain and central nervous systems.

Abstract: An image object detection apparatus includes a noise filtering block for removing image noise an input image, an image scaling block for scaling the noise-removed input image to produce a scaled input image, an image conversion block for dividing the scaled input image into multiple regions and converting the divided image by a modified census transform (MCT) method, a data processing block for comparing MCT values of the image converted by the MCT method with a preset threshold, detecting at least one candidate region and identifying a human region from said at least one detected candidate region, and an image output block for marking the identified human region on the noise-removed input image.

Abstract: An image object detection apparatus includes a noise filtering block for removing image noise an input image, an image scaling block for scaling the noise-removed input image to produce a scaled input image, an image conversion block for dividing the scaled input image into multiple regions and converting the divided image by a modified census transform (MCT) method, a data processing block for comparing MCT values of the image converted by the MCT method with a preset threshold, detecting at least one candidate region and identifying a human region from said at least one detected candidate region, and an image output block for marking the identified human region on the noise-removed input image.

Abstract: An apparatus and method of motion-compensation adaptive deinterlacing. The method includes detecting whether an input image is a still image using information regarding the input image stored in a memory, estimating a motion of a pixel to be interpolated when the input image is not a still image, and interpolating the pixel to be interpolated using one of using pixel values of previous and next fields with respect to a reference field including the pixel to be interpolated when the input image is the still image, the estimated motion information when the input image is not the still image and has no vertical fast motion, and pixel values of the reference field when the input image has a vertical fast motion.

Abstract: An apparatus and method of motion-compensation adaptive deinterlacing. The method includes detecting whether an input image is a still image using information regarding the input image stored in a memory, estimating a motion of a pixel to be interpolated when the input image is not a still image, and interpolating the pixel to be interpolated using one of using pixel values of previous and next fields with respect to a reference field including the pixel to be interpolated when the input image is the still image, the estimated motion information when the input image is not the still image and has no vertical fast motion, and pixel values of the reference field when the input image has a vertical fast motion.

Abstract: A HDTV video processor includes a data input part for processing the video data having different image formats, format information and control signals; a memory interfacer for imaging the access to the memory, a format converter converting the input data format to the output data format, an On Screen Display processor overlaying an OSD data on the converted data, a color space converter and video processor carrying out a variety of processes to display the input data. The processor not only interfaces DTV videos of various sizes and frame rates, but also interfaces the NTSC or VGA signals, allowing the display of the DTV, NTSC or VGA video in the forms of PIP, multi-PIP, zoom.

Abstract: A multiple screen HDTV (High Definition television) processor includes two detectors and a background screen generator. The first detector generates an output signal when format change is detected. The second detector generates an output signal when change in the selected multiple screen is detected. Either output signals activate the background screen generator to delete residuary screen portions caused by different screen sizes and aspect ratios in a multiple screen generation system.

Abstract: A digital TV display device and method is disclosed including a display control unit providing selection signals, a look-up table unit having at least two look-up tables wherein at least one of the look-up tables is operative in a read mode and the other is operative in a write mode in response to the selection signals, and a look-up table selection unit forwarding a data read from the at least one look-up table operative in the read mode in response to the selection signals for displaying.

Abstract: A sync signal generating apparatus and method for video signal processor are disclosed comprising an image processor processing either an input digital television video signal or an input analog television video signal to display one of the signals; a display unit displaying an output signal of the image processor; a frame rate detector detecting a frame of the digital video signal and generating a frame rate signal; a display mode detector detecting whether an image to be currently displayed is a digital television image or an analog television image and generating a display mode signal; a clock generator generating a clock signal according to the display mode signal and the format signal to the image processor; a sync signal compensation unit generating a sync compensation signal based upon the display mode signal, the clock signal, and a vsync signal of the analog television video signal; and a sync signal generator resetting and compensating a sync signal based upon the sync compensation signal and the cl

Abstract: A system for converting from an image with one aspect ratio to another aspect ratio includes a plurality of simple converters and a selector which selects one of the plurality of converters to convert from one image size to another. The selector divides the image into a plurality of pixel portions and establishes a rule to select the appropriate converter for each of the plurality of pixel portions.

Abstract: Apparatus and method for converting a video received in a digital TV to process video data with different formats using the same ports. The apparatus and method includes a process to convert the video data from one format to another format and a process to convert the sync signals of one video format to correspond to the sync signals of another video format. Thus, different videos such as NTSC or VGA signals can be interfaced using signals of a small number of ports, thereby to reducing an overall size of the necessary hardware.

Abstract: The device includes a data storage unit for storing a video signal in three field data units, a first pattern detecting unit for detecting a pattern of a data level of at least one pixel value in first field data, and a second pattern detecting unit for detecting a pattern of a data level of at least one pixel value in third field data, which is two fields prior to the first field data. The pixel in the third field data corresponding to the pixel value in the first field data. A difference signal detecting unit obtains a difference signal between the pixel in the first field data and the pixel in the third field data, and a difference signal between the patterns detected in the first pattern detecting unit and the second pattern detecting unit. A motion signal generating unit obtains a motion extent signal used to interpolate a pixel in the second field data based on the difference signals detected in the difference signal detecting unit.

Abstract: A system and method for generating the display of multiple screen digital television includes a size controller to adjust the image size by cutting or enlarging the outer portion of the image before the image is reduced to fit the size of a selected PIP window. The size controller also adjusts the image sizes for the main display window if the input image data format does not have a standard image size. The size controller facilitates the processing of image format with special or unconventional image sizes.