Marseille Networks, Inc.

Emmanuel Hislen

Brian J Anderson

Method for partitioning a digital image into two or more regions where each region is defined using a portion of the digital image. In addition, margin pixels for each region are defined as pixels that correspond to a top margin, a bottom margin, a left margin, and a right margin of each region of the digital image. Margin pixels are generated by using various techniques such as on-the-fly generation, using data information of neighboring pixels to each region, using data information of pixels within each region, or using predetermined data information for a color including black. The pixels of each region are processed with its margin pixels to create a new processed region of the digital image. The processing may include scaling of each region from a first resolution to a second resolution. The data information of each processed region can be displayed using a portion of an electronic display panel, or a monitor having with multiple display regions. The concatenations of the displayed representations using data information from each processed region faithfully reproduce the digital image.

Method for partitioning and processing a digital image

Method for partitioning a digital image into multiple regions where each of the multiple regions is defined using a portion of the digital image and is specified using a width and a height, in unit of pixel. In addition, neighboring pixels for each of the multiple regions are defined as margins and may contain pixels that are part of the digital image and/or newly generated pixels by using various techniques such as on the fly or using a predetermined data information. Each of the multiple regions is combined with its margin pixels to create a new quadrilateral digital image that is completely processed and/or scaled so that the appropriate portion of the processed quadrilateral digital image can be displayed using an electronic display panel, or monitor, with multiple display regions. The concatenation of the images displayed using each region of the display faithfully reproduce the digital image.

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Alameda, CA, United States of America

Emmanuel Hislen