Sharp Kabushiki Kaisha Corporation

Teruaki Morita

Yukio Tamai

Masayuki Ehiro

Kohji Inoue

Kazuomi Hatanaka

Misao Takano

One end of each variable resistive element, which forms a memory array, in the same row is connected to the same word line and the other end of each variable resistive element in the same column is connected to the same bit line. A first word line voltage is selected and applied to the selected word line, a second word line voltage is selected and applied to the unselected word lines, a first bit line voltage is selected and applied to the selected bit line, and a second bit line voltage is selected and applied to the unselected bit lines. The voltage difference between the first word line voltage and the first bit line voltage is set at a value that is no less than the first voltage difference that changes the resistance value of a variable resistive element, and the voltage difference between the first word line voltage and the second bit line voltage, the voltage difference between the second word line voltage and the first bit line voltage and the voltage difference between the second word line voltage and the second bit line voltage are respectively set at a value that is no greater than the second voltage difference that does not change the resistance value of a variable resistive element.

Nonvolatile semiconductor memory device, and programming method and erasing method thereof

When information is received specifying a desired product and a desired light source type, e.g. a type of a light source used in an environment in which the product, if purchased, would actually be used, a server device provides a color reproducing correction process for original image data obtained by shooting the desired product. Specifically, component data corresponding to a color of the light source at shooting and that corresponding to a color of the light source of the desired type are used to correct original image data to attain image data obtained when the product is shot under the desired light source type. The data obtained by the correction is transmitted to a consumer terminal and displayed on a screen. The consumer confirms the displayed image, and if satisfied with e.g. how the product would present color, the process moves on to an on-line transaction process for product purchasing.

IMAGE PROCESSING DEVICE, IMAGE PROCESSING METHOD, RECORDING MEDIUM HAVING IMAGE PROCESSING PROGRAM RECORDED THEREIN AND PROGRAM PRODUCT, FOR PROCESSING IMAGE USING INFORMATION ON LIGHT SOURCE CORRESPONDING TO LIGHTING AT SHOOTING

Growing community of inventors

Kitakatsuragi-gun, Japan

Teruaki Morita