1. A communication device, comprising: a display comprising a plurality of display pixels corresponding to a plurality of display pixel columns and a plurality of display pixel rows; a memory storing computer instructions; and a processor coupled to the memory and the display, wherein the processor responsive to executing the computer instructions performs operations comprising: receiving media content comprising a plurality of image pixels, wherein the plurality of image pixels comprises a plurality of image pixel columns and a plurality of image pixel rows; determining that the plurality of display pixel columns differs from the plurality of image pixel columns, that the plurality of display pixel rows differs from the plurality of image pixel rows to identify a presentation adjustment, or a combination thereof; responsive to identifying the presentation adjustment, associating a first portion of the plurality of display pixels with the plurality of image pixels to create a plurality of mapped pairs each mapped pair comprising a mapped image pixel of a plurality of mapped image pixels and a mapped display pixel of a plurality of mapped display pixels; for each mapped pair of the plurality of mapped pairs, assigning a value associated with the mapped image pixel to the mapped display pixel, wherein the value comprises a color value or an intensity value; identifying a second portion of the plurality of display pixels as a plurality of unmapped display pixels, and, for each unmapped display pixel of the plurality of unmapped display pixels: identifying a plurality of adjacent mapped display pixels comprising a portion of the plurality of mapped display pixels that are adjacent to the unmapped display pixel; determining a center display pixel of the plurality of display pixels, wherein the center display pixel corresponds to a center of gravity of the display pixels; for each adjacent mapped display pixel of the plurality of adjacent mapped display pixels: determining an offset between the center display pixel and the adjacent mapped display pixel to generate a center offset for the adjacent mapped display pixel; and weighting the value that is assigned to the adjacent mapped display pixel according to the center offset of the adjacent mapped display pixel to generate a weighted mapped value for the adjacent mapped display pixel; and averaging a plurality of weighted mapped values of the plurality of adjacent mapped display pixels to generate a blended mapped value; and assigning the blended mapped value to the unmapped display pixel, wherein the assigning of the value associated with the mapped image pixel to the mapped display pixel for each of the plurality of mapped pairs and the assigning of the blended mapped value to the unmapped display pixel for each adjacent mapped display pixel adjusts the plurality of image pixel columns to fit the plurality of display pixel columns; and presenting the plurality of mapped display pixels and the plurality of unmapped display pixels at the display.