Abstract:
Disclosed is a display device. The display device comprises a voice collection unit which collects a user's voice, a first communication unit which transmits the user's voice to a first server and receives text information corresponding to the user's voice from the first server, a second communication unit which transmits the received text information to a second server and receives response information corresponding to the text information, an output unit which outputs a response message corresponding to the user's voice based on the response information, and a control unit which controls the output unit to output the response message differentiated from the response message corresponding to the previously collected user's voice if the user's voice having the same articulation intention is collected again.
Abstract:
A video processing method and a video display device adopting the same are provided to prevent the distortion and delay of a video image through a deinterlacing operation. A motion detector detects motion information by comparing a current field image with a field image after two fields from a current field(S310). A time processor and a space processor judges whether or not motion is detected based on the detected motion information(S320). If so, the space processor deinterlaces a current field image in a spatial manner(S330). If not, the time processor deinterlaces the current field image in a time manner(S340).
Abstract:
A display device, an interactive server, and a method for providing response information are disclosed. The display device according to the present invention comprises: a voice collecting unit for collecting user's voice; a communication unit for communicating with an interactive server; and a control unit for performing an operation corresponding to the user's voice based on response information when the response information corresponding to the user's voice transmitted to the interactive server is received from the interactive server. When the control unit receives, from the interactive server, a message noting that response information corresponding to user's voice is not available, the control unit directs the communication unit to receive an alternative response related to the user's voice by using at least one among a web search and a social network service. As a result, the display device can provide appropriate response information corresponding to user's various voices. [Reference numerals] (10) First server; (20) Second server; (200) Interactive server; (300) Web server; (400) SNS server
Abstract:
Disclosed are a display device, an interactive server, and a method for providing response information. The display device according to the present invention comprises: a voice collection unit for collecting a voice spoken by a user; a communication unit for communicating with the interactive server; and a control unit for directing the operation corresponding to the voice spoken by the user to be performed based on response information if the response information corresponding to the voice transmitted to the interactive server is received from the interactive server, wherein the response information is generated into various types according to classified functions based on the spoken element extracted from a spoken voice. As a result, although the display device receives various voices spoken by a user, the display device performs the operation or outputs the response message corresponding to each spoken voice.
Abstract:
PURPOSE: A 3D image converting device, implementation method thereof and storing media thereof are provided to materialize 3D image corresponding to edited stereoscopic image converting information according to the preview result of a portion of frame with stereoscopic image converting information. CONSTITUTION: A image converter(110) produces the stereoscopic image conversion information according to the entered image. The image converter transforms entered image to the stereoscopic image by the rendering based on the previously formed stereoscopic image converting information. The control unit(170) performs the rendering for the preview corresponding to the portion of frame formed with stereoscopic image converting information by the control of image converter. The control unit displays the produced stereoscopic image by the rendering for the preview on the display unit(120). [Reference numerals] (100) 3D image converter; (110) Image converter; (120) Display unit; (130) User input unit; (140) UI generation unit; (150) Storage unit; (160) Connecting unit; (170) Control unit; (200) External display device
Abstract:
PURPOSE: A 3D image converting device, an implementing method thereof, and a storage medium thereof are provided to convert a 2D image into a 3D image by considering the quality and economic feasibility of an image. CONSTITUTION: A receiving unit(10) receives an input image including plural frames. An image converting unit(20) selects a first frame corresponding to a preset condition from the frames. The image converting unit extracts a first object from the selected first frame. The image converting unit generates first depth information for the first object corresponding to a selection of depth information setting modes. The image converting unit renders the input image by using the generated first depth information. [Reference numerals] (10) Receiving unit; (100) 3D image converting device; (20) Image converting unit; (21) CPU; (23) RAM; (26) Converting program; (27) Input image; (28) 3D image; (30) Display unit; (40) UI generating unit; (50) User input unit
Abstract:
A video apparatus and a method for processing an image are provided to prevent the degradation of picture quality in a frame rate conversion block while de-interlacing is performed according to interpolation determined by the pixel unit. An image-providing unit(110) provides an image by the field unit. A de-interlacing unit(120) de-interlaces each of fields, which are provided by the image-providing unit, according to interpolation determined based on information about a motion region of each of the fields, and then generates a progressive image. A scaling unit(130) adjusts the screen size of the progressive image. A converting unit converts a frame rate of the progressive image into a frame rate supportable by a displayer.