Abstract: An acute kidney injury predicting system and a method thereof are proposed. A processor reads the data to be tested, the detection data, the machine learning algorithm and the risk probability comparison table from a main memory. The processor trains the detection data according to the machine learning algorithm to generate an acute kidney injury prediction model, and inputs the data to be tested into the acute kidney injury prediction model to generate an acute kidney injury characteristic risk probability and a data sequence table. The data sequence table lists the data to be tested in sequence according to a proportion of each of the data to be tested in the acute kidney injury characteristics. The processor selects one of the medical treatment data from the risk probability comparison table according to the acute kidney injury characteristic risk probability.

Abstract: A display device is applicable to a display system having a display panel and a backlight module. The display device includes an image receiving unit, a power-saving control device, a display controller and a backlight module controller. The frequency of the backlight module is a non-zero frequency for still frames. The backlight module is controlled to perform power saving by converting a control signal to a pulse signal and changing a width, a number or a distribution rule of the pulse signal while the backlight module is continuing providing the backlight. In response to the power-saving control device judges that the received frames are not still or are still for a time shorter than the predetermined time, the power-saving control device does not output the control signal to the backlight module controller for controlling the backlight module to perform power saving to reduce power consumption.

Abstract: A display device includes an image receiving unit, a power-saving control device, a display control unit, and a backlight module control unit. The power-saving control device judges whether or not received frames are still for a predetermined time. If the power-saving control device judges that the received frames are still for the predetermined time, the power-saving control device outputs a first control signal to the display control unit for controlling the display panel to perform power saving to reduce its power consumption while continuing displaying frames, and the backlight module control unit controls the backlight module to continue providing the backlight; while if the received frames are not still or are still for a time shorter than the predetermined time, the power-saving control device does not output the first control signal to the display control unit for controlling the display panel to perform power saving to reduce its power consumption.

Abstract: A signal transmitter of the invention is coupled to a plurality of signal receivers by a bus, and is configured to transmit display data through the bus for displaying a line. The signal transmitter includes a first data sequence and a second data sequence. The first data sequence has an electronic characteristic of a first value and is transmitted to a first signal receiver of the signal receivers, and the second data sequence has the electronic characteristic of a second value and is transmitted to a second signal receiver of the signal receivers. Wherein, a first signal transmission path from the signal transmitter to the first signal receiver is shorter than a second signal transmission path from the signal transmitter to the second signal receiver, and the first value is larger than the second value.

Abstract: A signal transmitter of the invention is coupled to a plurality of signal receivers by a bus, and is configured to transmit display data through the bus for displaying a line. The signal transmitter includes a first data sequence and a second data sequence. The first data sequence has an electronic characteristic of a first value and is transmitted to a first signal receiver of the signal receivers, and the second data sequence has the electronic characteristic of a second value to a second signal receiver of the signal receivers. Wherein, a first signal transmission path from the signal transmitter to the first signal receiver is shorter than a second signal transmission path from the signal transmitter to the second signal receiver, and the first value is larger than the second value.

Abstract: A power-saving mechanism of display and a control method using the same are disclosed. The mechanism has no need as the prior art where a user's setting is needed to decide whether or not entering a power-saving operation mode or shutting off the display. The display power-saving mechanism of the present invention can judge whether or not the display frames are still; if the frames are still in a certain time, the display automatically enters the power-saving operation mode. The display power-saving mechanism is disposed in the hardware architecture of the display and capable of automatically judging whether or not to enter the power-saving operation mode without the user's setting.

Abstract: A display device includes an image receiving unit, a power-saving control device, a display control unit, and a backlight module control unit. The power-saving control device judges whether or not received frames are still for a predetermined time. If the power-saving control device judges that the received frames are still for the predetermined time, the power-saving control device outputs a first control signal to the display control unit for controlling the display panel to perform power saving to reduce its power consumption while continuing displaying frames, and the backlight module control unit controls the backlight module to continue providing the backlight; while if the received frames are not still or are still for a time shorter than the predetermined time, the power-saving control device does not output the first control signal to the display control unit for controlling the display panel to perform power saving to reduce its power consumption.

Abstract: A display device including a timing controller, a data driving circuit and a display system is provided. The timing controller outputs first pixel data according to input pixel data, wherein a color depth of the first pixel data is a first bit number or a second bit number smaller than the first bit number. The data driving circuit receives the first pixel data and a notice signal, and maps the first pixel data to generate second pixel data according to the notice signal when the color depth of the first pixel data is the second bit number, and directly takes the first pixel data as the second pixel data when the color depth of the first pixel data is the first bit number, and generates at least one driving voltage according to the second pixel data, wherein the color depth of the second pixel data is the first bit number.

Abstract: A timing control circuit configured to drive a source driver circuit is provided. The timing control circuit includes a signal receiving unit and a signal output unit. The signal receiving unit receives an input signal. The input signal includes an image signal. The signal output unit generates an output signal according to the input signal. The output signal includes the image signal. A period when the input signal corresponds to a static image includes one or more frame partially-masked periods. During a first time interval of the frame partially-masked period, the image signal of the output signal is not masked but output by the signal output unit. During a second time interval of the frame partially-masked period, the image signal of the output signal is masked but not output by the signal output unit. Furthermore, a display driving method of a display panel is also provided.

Abstract: A display device including a timing controller, a data driving circuit and a display system is provided. The timing controller outputs first pixel data according to input pixel data, wherein a color depth of the first pixel data is a first bit number or a second bit number smaller than the first bit number. The data driving circuit receives the first pixel data and a notice signal, and maps the first pixel data to generate second pixel data according to the notice signal when the color depth of the first pixel data is the second bit number, and directly takes the first pixel data as the second pixel data when the color depth of the first pixel data is the first bit number, and generates at least one driving voltage according to the second pixel data, wherein the color depth of the second pixel data is the first bit number.

Abstract: An image processing method for a display device, for enhancing image quality, includes receiving video signals, sequentially generating a plurality of image data according to the video signals, and sequentially displaying the plurality of image data on a panel of the display device. Each of the plurality of image data includes a frame data and a low-gray-level frame data respectively corresponding to a frame output duration and a vertical blanking duration in a timing sequence of the video signals.

Abstract: An over driving method for a display is disclosed. The steps of the method mentioned above includes the following. A power saving parameter is set equal to an initial value, a current frame data is received, and a previous frame data is read from a memory. Afterward, the power saving parameter is updated by comparing the current frame data and the previous frame data. Moreover, an over driving process is executed to the display according to the comparison result for the power saving parameter and a reference value.

Abstract: The exemplary examples of the present invention provide a transmission interface and method thereof for reducing power consumption and electromagnetic interference. The transmission interface is used in the Liquid Crystal Display (LCD), and the LCD has x source drivers. The ith source driver processes ki transmission signals, wherein ki is a natural number larger than 1, x is a natural number, and i is an integer from 1 to x. The transmission interface includes an encoding device. The encoding device receives ( ? i = 1 x ? ? k i ) image signals.

Abstract: A power-saving mechanism of display and a control method using the same are disclosed. The mechanism has no need as the prior art where a user's setting is needed to decide whether or not entering a power-saving operation mode or shutting off the display. The display power-saving mechanism of the present invention can judge whether or not the display frames are still; if the frames are still in a certain time, the display automatically enters the power-saving operation mode. The display power-saving mechanism is disposed in the hardware architecture of the display and capable of automatically judging whether or not to enter the power-saving operation mode without the user's setting.

Abstract: A method for memory page management, suitable for managing data stored in several memory blocks is disclosed, which includes the following steps. First, multiple pages is recorded in a first register. When a request for reading data is received, whether the data is stored in those memory blocks is determined. If the data has already been stored in the memory blocks, the corresponding page is found out. Otherwise, the last page of the first register is taken as the page for storing the data and the data is accessed from an external storage device and then stored in the memory block corresponding to the page. Finally, the data read from the memory block corresponding to the page is output.

Abstract: An image processing method for a display device, for enhancing image quality, includes receiving video signals, sequentially generating a plurality of image data according to the video signals, and sequentially displaying the plurality of image data on a panel of the display device. Each of the plurality of image data includes a frame data and a low-gray-level frame data respectively corresponding to a frame output duration and a vertical blanking duration in a timing sequence of the video signals.

Abstract: A method for memory page management, suitable for managing data stored in several memory blocks is disclosed, which includes the following steps. First, multiple pages is recorded in a first register. When a request for reading data is received, whether the data is stored in those memory blocks is determined. If the data has already been stored in the memory blocks, the corresponding page is found out. Otherwise, the last page of the first register is taken as the page for storing the data and the data is accessed from an external storage device and then stored in the memory block corresponding to the page. Finally, the data read from the memory block corresponding to the page is output.