1. A method for driving a multiple pixel display, the method comprising: performing any of the following with a processor: displaying a plurality of test pattern images on a multiple pixel display; determining, while displaying each test pattern image of the plurality of test pattern images, a respective value of measured total electrical current consumed by the multiple pixel display; determining, for each respective value of total electrical current, a plurality of electrical current value differences, each electrical current value difference within the plurality of electrical current value differences comprising a difference between a respective baseline electrical current and the respective value of total electrical current, wherein the respective baseline electrical current is associated with a test pattern image displayed while determining the respective value of total electrical current; determining, based on the plurality of electrical current value differences and pixel intensity values of pixels in each test pattern image, a plurality of pixel aging characterization values, each pixel aging characterization value within the a plurality of pixel aging characterization values indicating a respective decrease in electrical current consumed by a respective group of at least one pixel of the multiple pixel display; and determining, based upon the plurality of pixel aging characterization values, a display aging compensation matrix representing values by which pixel intensity values are to be compensated.