Abstract: Track compensation methods and systems for touch-sensitive input devices are provided. First, a track corresponding to an input tool on a touch-sensitive device of an electronic device is detected. At least one motion attitude information corresponding to the touch-sensitive device is obtained. Then, the track is compensated for according to the at least one motion attitude information corresponding to the touch-sensitive device.

Abstract: The disclosure provides an operating method for an active-matrix bistable liquid crystal display (LCD) in which each frame of the LCD is refreshed during a single frame time. The method includes the steps of: driving an external charge voltage to a row of pixels of the LCD; removing the external charge voltage from the row of pixels, and then the row of pixels being driven by an internal storage-capacitor voltage of the row of pixels in the following first time interval; driving an external recharge voltage to the row of pixels; removing the external recharge voltage from the row of pixels, and then the row of pixels being driven by an internal storage-capacitor voltage of the row of pixels in the following second time interval; and driving an external discharge voltage to the row of pixels.

Abstract: Track compensation methods and systems for touch-sensitive input devices are provided. First, a track corresponding to an input tool on a touch-sensitive device of an electronic device is detected. At least one motion attitude information corresponding to the touch-sensitive device is obtained. Then, the track is compensated for according to the at least one motion attitude information corresponding to the touch-sensitive device.

Abstract: A hybrid image display system and an operating method thereof. The system has an electro-phoretic display (EPD) element, an organic light emitting diode (OLED), a current generating circuit and a switch. The EPD element has a first and a second terminal. The OLED has an anode and a cathode. The current generating circuit has a power terminal, a control terminal and an output terminal, wherein the output terminal is coupled to the anode of the OLED. The switch is controlled by a scan signal. When the switch is turned on, a data signal is transmitted to the first terminal of the EPD element and to the control terminal of the current generating circuit.

Abstract: A driving method for a LED display panel time-anneals threshold voltage shifting of a driving transistor. The driving transistor has a gate terminal coupled to a data input terminal, a source terminal coupled to a cathode via a LED, and a drain terminal coupled to a system voltage. The method includes inserting a black image after an image frame is displayed. During the time period of inserting the black image, a positive voltage is applied to the cathode to turn off the LED. A negative bias from the gate terminal to the drain terminal is produced to cause voltage level of the gate terminal to be less than the source terminal.