Abstract: An electro-optical device includes data lines, scanning lines, pixels including a first pixel, a second pixel, a third pixel, and a fourth pixel disposed to correspond to intersections of the data lines and scanning lines, and an image signal generation unit that generates a first image signal for the first pixel based on a first image data, a first amount data and a first correction data, a second image signal for the second pixel based on a second image data, a second amount data and the first correction data, a third image signal for the third pixel based on a third image data, a third amount data and a second correction data, and a fourth image signal for the fourth pixel based on a fourth image data, a fourth amount data and the second correction data.

Abstract: Vertical cross-talk is reduced. A correction circuit includes a correction amount calculation unit that calculates a correction amount on the basis of input image data Din and that generates correction amount data U; a correction coefficient generation unit that generates correction coefficient data C which represents a correction coefficient decided upon in accordance with a position in a horizontal scanning direction of a data line to which input image data Din to be corrected is supplied; and a correction unit that corrects the input image data Din on the basis of the correction amount data U and the correction coefficient data C and thereby generates correction image data Dh.

Abstract: Vertical cross-talk is reduced. A correction circuit includes a correction amount calculation unit that calculates a correction amount on the basis of input image data Din and that generates correction amount data U; a correction coefficient generation unit that generates correction coefficient data C which represents a correction coefficient decided upon in accordance with a position in a horizontal scanning direction of a data line to which input image data Din to be corrected is supplied; and a correction unit that corrects the input image data Din on the basis of the correction amount data U and the correction coefficient data C and thereby generates correction image data Dh.

Abstract: A signal generation circuit of an electro-optical device includes a generation unit that generates correction data corresponding to each pixel circuit based on input image data, a specification unit that, when a value which denotes a difference of two pieces of correction data corresponding to two pixel circuits adjacent to each other is equal to or greater than a predetermined threshold, specifies the two pixel circuits as boundary pixel circuits, an updating unit that generates updated correction data by modifying each value of a predetermined number of pieces of correction data corresponding to a predetermined number of pixel circuits including at least one of the boundary pixel circuits so as to be a value between two values indicated by the two pieces of correction data corresponding to the boundary pixel circuits.