Methods for driving electro-optic displays
An electro-optic display and display technology, applied in devices, updating the drive of electro-optic displays, and driving bistable electro-optic displays, can solve problems such as limiting the applicability of displays
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[0089] As indicated above, the present invention provides data structures and methods for operating bistable electro-optic displays. The data structure and manipulation methods allow multiple drive schemes to be used simultaneously in the display. In preferred forms of the data structures and methods of the present invention, multiple drive scenarios can be started at different times and thus run independently of each other.
[0090] The multiple driving schemes used in the preferred form of the method can start at different times, and this does not imply that any given driving scheme can start at any arbitrary time; certain restrictions. As discussed in the previous MEDEOD application, the vast majority of high resolution displays use an active matrix backplane, with pixel electrodes arranged in a two-dimensional matrix defined by row and column electrodes. The row driver selects one row of pixel electrodes at a time and applies appropriate voltages to the column electrodes...
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