Abstract: The present invention relates to a compound capable of lowering the flammability of a non-aqueous electrolyte when included in the non-aqueous electrolyte and improving the life properties of a battery by forming an electrode-electrolyte interface which is stable at high temperatures and low in resistance, and relates to a compound represented by Formula I descried herein, a non-aqueous electrolyte solution and a lithium secondary battery both including the compound, n, m, Ak, and X are described herein.

Abstract: A display apparatus including a communication port to communicate with an external source, an on screen display (OSD) generator to generate an OSD menu, and a display panel to display the OSD menu thereon, the display apparatus further including a pivot sensor to sense a pivoting angle of the display panel, and output data corresponding to the pivoting angle when the display panel is pivoted, and a controller to set an OSD displaying direction of the OSD generator according to the data about the pivoting angle from the pivot sensor, and transmit the data relating to the pivoting angle to the external source through the communication port.

Abstract: A display apparatus includes: an image processor which processes image data; a display unit which displays an image based on the image data processed by the image processor; and a controller which controls the image processor to adjust at least one of a hue saturation and R, G and B gains of the image according to a color effect mode selected by a user among a plurality of preset color effect modes.

Abstract: A display apparatus management system having at least one display apparatus with a display part to display an image, a memory to allow data to be stored and/or removes, and a display controller to control a display state of the image displayed on the display part; at least one client connected with each display apparatus and to output an image signal to the display apparatus; and a host having an input part to allow input of a display identification to each display apparatus, a database registered with the display identification of each display apparatus inputted via the input part and a client identification of each client, and a host controller to transfer the display identification to the display apparatus through the client to enable the display controller to store the display identification to the memory. The display apparatus management system, thus, identifies and/or manages the display apparatus connected with each client from the host.

Abstract: A display apparatus include a connector, a readable/writable EDID storage to store EDID, and a controller to control the EDID storage to be write-protected from error data transmitted from a computer through the connector. With this configuration, the display apparatus and a method of controlling the same can prevent error data from being stored in an EDID storage.

Abstract: A semiconductor test apparatus for determining memory failure, including a first at least one multiplexer. The first at least one multiplexer may include a first transistor and a second transistor, the first transistor and the second transistor being different sizes. The semiconductor may include a scan cell, the scan cell including a second at least one multiplexer. The second at least one multiplexer may include a third transistor and a fourth transistor, the third transistor and the fourth transistor being different sizes. Another semiconductor test apparatus including a plurality of scan cells and a plurality of multiplexers, each of the plurality of scan cells and the plurality of multiplexers formed in a single wrapper.

Abstract: A display apparatus includes: an image processor which processes image data; a display unit which displays an image based on the image data processed by the image processor; and a controller which controls the image processor to adjust at least one of a hue saturation and R, G and B gains of the image according to a color effect mode selected by a user among a plurality of preset color effect modes.

Abstract: An apparatus and method automatically adjusting the brightness and the color temperature of a screen to an optimum state according to input RGB signals. The apparatus includes an RGB color signal generator and a system controller. The RGB color signal generator determines a maximum value of each of the input RGB color signals and a total maximum value, compares the total maximum value with a predetermined critical value, adjusts the brightness level of the input RGB color signals based on the comparison result, compares the maximum values, and if one of the maximum values is higher than the others, generates RGB color signals, one of which has a color temperature varying according to a predetermined value. The system controller provides the RGB color signal generator with data on the predetermined critical value and a reference value used for detecting the color signal having the higher maximum value.

Abstract: A clock tree synthesis (CTS) apparatus, generator, and method for synthesizing a clock tree includes a plurality of clock signal generators that output different clock signals generated from a reference clock signal. The clock signal generators includes an additional logic circuit that is not recognized as an end point of the reference clock signal when the clock tree is synthesized. In one example, the clock signal generator is a flip-flop and the additional logic circuit is a tri-state buffer.

Abstract: A method of HDL simulation is described, which may enhance HDL simulation accuracy by allowing a simulator to process a negative setup time and/or hold time. For an electronic circuit device negative setup time and/or a negative hold time, a simulation may be executed without altering the negative setup time and/or hold time to be interpreted as zero. A setup time and/or hold time may be negative relative to a particular clock cycle while being positive relative to another clock cycle. Incorporating the value of the negative setup time and/or hold time without altering its value to zero may increase the accuracy of HDL simulations.

Abstract: A display apparatus including a communication port to communicate with an external source, an on screen display (OSD) generator to generate an OSD menu, and a display panel to display the OSD menu thereon, the display apparatus further including a pivot sensor to sense a pivoting angle of the display panel, and output data corresponding to the pivoting angle when the display panel is pivoted, and a controller to set an OSD displaying direction of the OSD generator according to the data about the pivoting angle from the pivot sensor, and transmit the data relating to the pivoting angle to the external source through the communication port.

Abstract: A display apparatus that can detect the type of video signal source connected to the display apparatus and provide display identification data according to the type of the video signal source, and a control method. The display apparatus includes: first and second data storages to store first and second display identification data therein; a terminal to supply power to the first and second data storages; a connector to which a video signal source is connected; a type detector to detect the type of the video signal source through one or more pins of the connector; and a switch to selectively supply power from the power supplying terminal to either the first data storage or the second data storage according to detection results of the type detector.

Abstract: A display apparatus management system having at least one display apparatus with a display part to display an image, a memory to allow data to be stored and/or removes, and a display controller to control a display state of the image displayed on the display part; at least one client connected with each display apparatus and to output an image signal to the display apparatus; and a host having an input part to allow input of a display identification to each display apparatus, a database registered with the display identification of each display apparatus inputted via the input part and a client identification of each client, and a host controller to transfer the display identification to the display apparatus through the client to enable the display controller to store the display identification to the memory. The display apparatus management system, thus, identifies and/or manages the display apparatus connected with each client from the host.

Abstract: A display apparatus include a connector, a readable/writable EDID storage to store EDID, and a controller to control the EDID storage to be write-protected from error data transmitted from a computer through the connector. With this configuration, the display apparatus and a method of controlling the same can prevent error data from being stored in an EDID storage.

Abstract: A semiconductor test apparatus for determining memory failure, including a first at least one multiplexer. The first at least one multiplexer may include a first transistor and a second transistor, the first transistor and the second transistor being different sizes. The semiconductor may include a scan cell, the scan cell including a second at least one multiplexer. The second at least one multiplexer may include a third transistor and a fourth transistor, the third transistor and the fourth transistor being different sizes. Another semiconductor test apparatus including a plurality of scan cells and a plurality of multiplexers, each of the plurality of scan cells and the plurality of multiplexers formed in a single wrapper.

Abstract: A method of HDL simulation is described, which may enhance HDL simulation accuracy by allowing a simulator to process a negative setup time and/or hold time. For an electronic circuit device negative setup time and/or a negative hold time, a simulation may be executed without altering the negative setup time and/or hold time to be interpreted as zero. A setup time and/or hold time may be negative relative to a particular clock cycle while being positive relative to another clock cycle. Incorporating the value of the negative setup time and/or hold time without altering its value to zero may increase the accuracy of HDL simulations.

Abstract: A method to provide a convenient user interface to change a display setting of a picture area of a display apparatus, which is communicated with an external device, the method including: displaying a main window including a step start button to initiate a sequence of at least first and second display setting adjustment windows in which first and second display setting adjustments are made; displaying sequentially the display setting adjustment windows corresponding to a selection of the step start button; adjusting the display setting through the displayed display setting adjustment windows; issuing a command from the external device in correspondence to adjusting the displayed display setting adjustment windows; and setting the display setting in correspondence to the command. With this configuration, the present invention provides a convenient user interface to adjust a plurality of display settings of a picture area.

Abstract: A clock tree synthesis (CTS) apparatus, generator, and method for synthesizing a clock tree includes a plurality of clock signal generators that output different clock signals generated from a reference clock signal. The clock signal generators includes an additional logic circuit that is not recognized as an end point of the reference clock signal when the clock tree is synthesized. In one example, the clock signal generator is a flip-flop and the additional logic circuit is a tri-state buffer.

Abstract: An apparatus and method automatically adjusting the brightness and the color temperature of a screen to an optimum state according to input RGB signals. The apparatus includes an RGB color signal generator and a system controller. The RGB color signal generator determines a maximum value of each of the input RGB color signals and a total maximum value, compares the total maximum value with a predetermined critical value, adjusts the brightness level of the input RGB color signals based on the comparison result, compares the maximum values, and if one of the maximum values is higher than the others, generates RGB color signals, one of which has a color temperature varying according to a predetermined value. The system controller provides the RGB color signal generator with data on the predetermined critical value and a reference value used for detecting the color signal having the higher maximum value.

Abstract: The present invention relates to a process for the preparation of full-length complementary DNA (cDNA).