Abstract:
There are provided an image display device providing a function of changing a screen display direction and an image display method. The image display for providing a 3D image according to a glass-free scheme on the basis of binocular disparity includes: a display unit configured to display a 3D image on a screen; a sensing unit configured to sense whether an event in relation to a change in a disposition direction of a layer generating binocular disparity corresponding to the 3D image and a change in a rendering scheme corresponding to the 3D image; and a control unit configured to change the disposition direction of the layer and the rendering scheme corresponding to the 3D image on the basis of the event.
Abstract:
A method and apparatus for controlling content on a 3D display are provided. The method of controlling content on a 3D display includes displaying a first window including one or more 3D objects, and displaying a second window according to a first 3D object included in the first window, wherein the second window is displayed with a depth value larger than a depth value of the first 3D object or a depth value of a 3D object having a maximum depth value in the first window, or with a basic depth value.
Abstract:
Disclosed are a terminal for increasing visual comfort sensation of a 3D object and a control method thereof. To this end, a control method of a terminal includes displaying the 3D content on a screen of the terminal. When a specific 3D object included in the 3D content moves in a specific direction on the screen, a rendering scheme of the specific 3D object is changed. The specific 3D object is displayed on the screen using the changed rendering scheme.
Abstract:
Disclosed are a rendering method of a 3D web-page and a terminal using the same. The rendering method includes loading a source text including depth information on one or more 3D objects constituting the 3D web-page, creating a document object model (DOM) tree and style rules including the depth information by parsing the source text, generating a render tree based on the DOM tree and the style rules, performing a layout on the render tree, painting left-eye and right-eye pages by applying, to the result obtained by performing the layout, a 3D factor including one or more the position, size, disparity, shape and arrangement of the 3D object, and merging the left-eye and right-eye pages and displaying the merged left-eye and right-eye pages on the 3D browser.
Abstract:
The present disclosure provides an electronic device including a wireless communication unit that is configured to allow for communication with another electronic device, a display unit that is configured to display an execution screen executed on a web application, and a controller that is configured to extract a web code of the web application associated with the execution screen, and transmit the extracted web code to the another electronic device through the wireless communication unit such that screen information related to the execution screen can be output on the another electronic device using the web code, and a communication system having the same.
Abstract:
Disclosed are a method and apparatus for keeping orders among messages when transmitting and receiving messages within a Converged IP Messaging (CPM) session. A message transmission and reception method in a network comprises receiving a message including sequential identification information and a cumulative size, and outputting the received message, wherein the sequential identification information is an identifier allowing identification of orders managed within a session, transmission and reception being performed in the session, and the cumulative size is the sum of sizes of messages, the messages being sent by a subject having sent the received message within the session, wherein the output order of the received message is decided based upon the sequential identification information and sequential identification information relating to messages received prior to the received message.
Abstract:
The present invention discloses a multimedia device capable of processing a recognized speech-based command. In one embodiment, the device may include a memory to store at least one application therein; an application manager for executing any of the at least one application stored in the memory; and a controller configured to receive from the application manager a list of at least one recognized speech-based command that can be executed by the executed application, wherein the controller is configured: to control a network interface module to transmit any speech-based data received from an outside and the list to the server; and to control the executed application or execute a function non-specific to the currently-executed application, based on a feedback result value received from the server via the network interface module.
Abstract:
A user interface method and corresponding device, where the user interface method includes waiting for detection of an event, which is a function of the user interface device, performing the event detection in the user interface device and notifying a user that the event has been detected, activating a voice input unit configured to allow the user to input his or her voice therethrough, receiving a voice command from the user with respect to the event through the voice input unit, and processing a function according to the received voice command from the user.
Abstract:
Provided is a glass-type electronic device, including a binocular lens provided to correspond to eyes of a wearer and having a reflection region formed in a first area, and an optical driving assembly for emitting light corresponding to a content image to the reflection region of the binocular lens. The optical driving assembly includes an image source panel for generating light corresponding to the content image, an emitting lens group for transmitting the generated light to determine an emitting angle and a focal length of the light, and a reflective mirror for reflecting the light, emitted through the emitting lens group, to the reflection region. The emitting lens group is provided in a transverse central area. The emitting lens group unit, the reflective mirror, the reflection region, and an eye of the wearer are sequentially positioned with respect to a transverse direction.