Display apparatus in which noise is not displayed as regular pattern since averaging operation can be perfectly performed when interlaced scanning is performed

A method of driving a display apparatus, comprising:

• (aa) providing a plurality of processors of M (M is a positive integer) outputting a plurality of output signals of said M, respectively;
• (ab) providing a plurality of frames, wherein each of said plurality of frames is formed to be a matrix with a plurality of lines of said M rows and a plurality of pixels of said M columns, and wherein said plurality of output signals of said M are inputted to said plurality of pixels of said M columns on a specific line of said plurality of lines of said M rows, respectively, and are inputted to said plurality of pixels of said M of a specific column of said M columns on said plurality of lines of said M rows, respectively, to generate an averaging pattern in said each frame;
• and
• (ac) performing a scanning on a predetermined frame of said plurality of frames such that a predetermined line of said plurality of lines of said predetermined frame is not scanned, and
• (ad) performing a scanning on a specific frame of said plurality of frames such that a line corresponding to said predetermined line of said specific frame is scanned, said specific frame having a same averaging pattern as said averaging pattern of said predetermined frame.

A display apparatus, comprising:

• a display unit displaying an image based on a plurality of frames;
• a time base converter dividing an image signal on a time base in response to a first control signal to generate a plurality of converted signals of M (M is a positive integer);
• a plurality of processors of said M outputting a plurality of output signals of said M based on said plurality of converted signals of said M, respectively;
• a frame generating unit generating said plurality of frames based on said plurality of output signals in response to a second control signal such that each of said plurality of frames has an averaging pattern for averaging characteristic errors of said plurality of processors of said M;
• and
• a control circuit generating said first and second control signals such that said time base converter generates said plurality of converted signals of double said M in a single period of said averaging in response to said first control signal, and said frame generating unit generates said plurality of frames of double said M in said single period in response to said second control signal.

A display apparatus, comprising:

• a plurality of processors of M (M is a positive integer) outputting a plurality of output signals of said M, respectively;
• a frame generating unit generating a plurality of frames, wherein each of said plurality of frames is formed to be a matrix with a plurality of lines of said M rows and a plurality of pixels of said M columns, and wherein said plurality of output signals of said M are inputted to said plurality of pixels of said M columns on a specific line of said plurality of lines of said M rows, respectively, and are inputted to said plurality of pixels of said M of a specific column of said M columns on said plurality of lines of said M rows, respectively, to generate an averaging pattern in said each frame;
• and
• a scanning unit performing a first scanning on a predetermined frame of said plurality of frames such that a predetermined line of said plurality of lines of said predetermined frame is not scanned, and performing a second scanning on a specific frame of said plurality of frames such that a line corresponding to said predetermined line of said specific frame is scanned, said specific frame having a same averaging pattern as said averaging pattern of said predetermined frame.

A computer readable recording medium for recording a program for a process, comprising:

• (g) providing a plurality of processors outputting a plurality of output signals, respectively;
• (h) providing a plurality of frames, wherein each of said plurality of frames has an averaging pattern for averaging characteristic errors of said plurality of processors and has a plurality of lines;
• (i) performing a first scanning on a predetermined frame of said plurality of frames such that a predetermined line of said plurality of lines of said predetermined frame is not scanned;
• and
• (j) performing a second scanning on a specific frame of said plurality of frames such that a line corresponding to said predetermined line of said specific frame is scanned, said specific frame having a same averaging pattern as said averaging pattern of said predetermined frame.