Abstract:
A method for providing a Graphical User Interface (GUI) for changing a reproducing time point, and an imaging apparatus incorporating the same are provided. The GUI for changing a reproducing time point displays reduction images of specific time points within a time period including a specific time point selected by a pointer, and changes the reproducing time point to the time point represented by the reduction image selected from the displayed reduction images. Accordingly, a user is able to search for a desired time point without going through a plurality of manipulations to change the reproducing time point on the progress bar using the pointer.
Abstract:
A method for connecting wireless communications, a wireless communications terminal and a wireless communications system are provided. The method includes receiving a first signal including assumed configuration data; determining an availability of a wireless communications connection using the assumed configuration data; sending an association request message, if it is determined that the wireless communications connection is available; and receiving a second signal including connection configuration data, which is different from the assumed configuration data, in response to the association request message.
Abstract:
A remote control is provided including a plurality of sensors which sense movement of the remote control, and a control unit which turns on at least one sensor of the plurality of sensors and thereby senses movement of the remote control, and determines whether to turn on or off the remaining sensors according to whether or not the at least one sensor senses movement of the remote control. Consequently, battery consumption is reduced.
Abstract:
A display apparatus, a displaying method thereof, and a remote controller device are provided, the display method including: a displaying method of a display apparatus which is connected to at least one external device and which communicates with a remote controller, the displaying method including: acquiring selection conditions for the at least one external device connected to the display apparatus; and if an external device from among the at least one external device is selected according to the selection conditions, displaying a first user interface (UI) comprising a setting code for setting the selected external device as a control object of the remote controller device, wherein the setting code comprises code values corresponding to interface types of the display apparatus and the selected external device.
Abstract:
Disclosed are an electronic device enabling wireless networking through a wireless network and a network accessing method thereof, the electronic device including: a communicating unit which accesses the wireless network to perform wireless networking; an encoding unit which encodes a signal transmitted from or received by the communicating unit; and a controller which controls the encoding unit to encode identification information of the electronic device, in response to the electronic device being powered on, and controls the communicating unit to initiate an access to the wireless network based on the identification information encoded by the encoding unit. Accordingly, an automatic access to the wireless network is initiated when the electronic device is powered on, without any special manipulation by the user, thereby enhancing convenience to the user.
Abstract:
A method for providing a Graphical User Interface (GUI) for changing a reproducing time point, and an imaging apparatus incorporating the same are provided. The GUI for changing a reproducing time point displays reduction images of specific time points within a time period including a specific time point selected by a pointer, and changes the reproducing time point to the time point represented by the reduction image selected from the displayed reduction images. Accordingly, a user is able to search for a desired time point without going through a plurality of manipulations to change the reproducing time point on the progress bar using the pointer.
Abstract:
A DSP (Digital Signal Processing) architecture with a wide memory bandwidth and a memory mapping method thereof. The DSP architecture includes: a first communication port; first, second, and third memory devices, which are connected with the first communication port and are arranged in a first row direction of the DSP architecture; a fourth memory device, a calculation element, and a fifth memory device, which are arranged in a second row direction below a first row direction of the DSP architecture; and sixth, seventh, and eighth memory devices, which are connected with the first communication port and arranged in a third row direction of the DSP architecture, wherein the calculation element is connected with the first through the eight memory devices. In the DSP architecture, the calculation element and the first through the eighth memory devices form one arrangement unit, wherein the calculation element is disposed in the center of the arrangement unit, the first through the eighth memory devices are connected to the calculation element, and a plurality of arrangement units are arranged in row directions and column directions of the DSP architecture. Therefore, since a wide data bandwidth is provided between the calculation element of the DSP architecture and the memory devices, it is possible to reduce memory access times when data is processed, and accordingly, to process data with a high data rate, such as a moving image with a high resolution.