Abstract: A memory apparatus including memory modules, a command input module, a power supply module and a data access module is disclosed. Each memory module includes a memory bank including memory units. The command input module receives a non-random access command and generates a corresponding switch control signal according to the non-random access command. The power supply module is coupled to the command input module and the memory modules. The data access module is coupled to the command input module and the memory modules. At a first time, the power supply module selectively provides power only to a first memory module of the memory modules according to the switch control signal and the data access module will perform data access on the first memory module.

Abstract: A driving chip set includes a master chip and at least one slave chip. In the master chip, a master receiving terminal receives a data signal through a first data transmission interface; a processing unit generates a first partial data signal and a second partial data signal according to the data signal; a master buffer registers the first partial data signal; a master output terminal outputs the second partial data signal through a second data transmission interface. In the slave chip, a slave receiving terminal receives the second partial data signal through the second data transmission interface and it is registered by a slave buffer. The processing unit controls a master driver and a slave driver to output the first partial data signal and second partial data signal to a display panel. The display panel displays an image according to the first partial data signal and second partial data signal.

Abstract: A driving chip set includes a master chip and at least one slave chip. In the master chip, a master receiving terminal receives a data signal through a first data transmission interface; a processing unit generates a first partial data signal and a second partial data signal according to the data signal; a master buffer registers the first partial data signal; a master output terminal outputs the second partial data signal through a second data transmission interface. In the slave chip, a slave receiving terminal receives the second partial data signal through the second data transmission interface and it is registered by a slave buffer. The processing unit controls a master driver and a slave driver to output the first partial data signal and second partial data signal to a display panel. The display panel displays an image according to the first partial data signal and second partial data signal.

Abstract: A computer system and related method for playing audio signals when booting the computer system. The computer system includes an audio circuit for playing an audio file when booting and a memory embedded in the audio circuit or externally coupled to the audio circuit for storing the audio file. It is realized by utilizing hardware and by executing software to overcome silence during booting, and to provide more selection and enjoyment for a user during booting.

Abstract: A color image enhancement apparatus has a color attribute interpreter and a color attribute adjuster. The color attribute interpreter generates an adjust signal according to a Hue, a Saturation and a Brightness of a pixel data. Of the adjust signal, each adjustment for each of the Hue, the Saturation and the Brightness is determined by all of the Hue, the Saturation and the Brightness of the pixel data. The color attribute adjuster is connected to the color attribute interpreter. The color attribute adjuster receives the adjust signal and adjusts the transformed color attribute according to the adjust signal.

Abstract: A computer system and related method for playing audio signals when booting the computer system. The computer system includes an audio circuit for playing an audio file when booting and a memory embedded in the audio circuit or externally coupled to the audio circuit for storing the audio file. It is realized by utilizing hardware and by executing software to overcome silence during booting, and to provide more selection and enjoyment for a user during booting.

Abstract: A processor and a related method for adjusting color attributes of pixels are introduced. The method of the present invention includes transforming the color attributes of a first format having no independent luminance signal to color attributes of a second format having an independent luminance signal, and adjusting the color attributes of the second format such that the luminance signal can be processed individually and directly. The processor of the present invention includes an examining unit for examining color attributes of pixels, a transforming unit coupled to the examining unit for transforming the color attributes of pixels of a first format to a second format that comprises an independent luminance signal, an adjusting unit coupled to the transforming unit for adjusting color attributes of pixels, and an inverse-transforming unit coupled to the adjusting unit for transforming the color attributes of pixels of the second format to the first format.

Abstract: A processor and a related method for adjusting color attributes of pixels are introduced. The method includes examining color attributes of pixels within a range in an image, examining color attributes of a first number of pixels around a first pixel when color attributes of the first pixel conform to a predetermined range, and adjusting the color attributes of the first pixel according to a predetermined rule when color attributes of a second number of pixels among the first number of pixels conform to the predetermined range. The claimed method differentiates the correct image signals from the noise by examining color attributes of surrounding pixels, and only applies adjustment to the correct image signals, avoiding making unnecessary adjustments to the noise signals.

Abstract: A heat detector for a main board at least comprises a current generation unit, a heat perception element, and an analog to digital converter (ADC). The current generation unit generates at least one current signal. The heat perception element electrically connects to the current generation unit and generates an analog signal according to the current signal. The ADC electrically connects to the current generation unit and the heat perception element. The ADC is for converting the analog signal into a digital signal.