Abstract: A Digital Video Processing System is provided to process an input digital image, where the video data information of the input digital image includes an undesired noise and a comfort noise. The Digital Video Processing System extracts the input noise which corresponds to both the undesired noise and the comfort noise out of the input image, processes a remaining image, scaling the remaining image to a desired output resolution, extracts the comfort noise from the input noise, processes the comfort noise to regenerate the comfort noise at the desired output resolution, adds the processed comfort noise to the processed remaining image to produce the output digital image at the desired resolution, displays the processed output digital image using an electronic display device, or a region of an electronic display device at the desired output resolution.

Abstract: A system transmits video content from a single video source or multiple independent video sources by transmitting at least one data information segment (DIS) followed by a plurality of video data information segments (VDIS). Each DIS includes information that corresponds to a video source and to the plurality of VDIS transmitted subsequently. A receiver system receives at least one DIS followed by a plurality of VDIS, and processes the received VDIS in accordance with the information in the received DIS. The receiver system stores processed video content of the processed VDIS into a memory queue, and a separate memory queue is used for each video source. A display interface receives and processes video content of each memory queue to generate video pixels of a respective output image in accordance with preselected preferences, e.g., corresponding video source, video format, resolution, and/or starting location of the respective output image.

Abstract: 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.

Abstract: A system or a method comprising comparing two video images and producing a similarity, or differential, value that is used to indicate whether the two video images are either similar or different. An index value is assigned to a current video image being processed based on the similarity, or differential, value. The system or method further determines how to process the current video image based on whether the assigned index value comprises an even or an odd number. The current video image is combined, merged, or scaled with the immediately preceding or following video image based on the assigned index value being an even number or an odd number. The system or method generates at least one output video image that is at least twice the resolution of the current video image being processed.

Abstract: System for processing a digital image using multiple regions where each of the multiple regions is defined using a portion of the digital image. In addition, a top margin, a bottom margin, a left margin, and a right margin are defined to include margin pixels for each of the multiple regions of the digital image. Margin pixels are defined as neighboring pixels for a region of the digital image and may contain pixels that are part of the digital image, part of the region of the digital image, and/or newly generated pixels. Various techniques such as on the fly generation or using a predetermined process for video data information generation, such as replication or using a fixed color, may be used to generate the margin pixels. Each of the multiple regions is processed with its margin pixels to create a new quadrilateral digital image that is completely processed and/or scaled.

Abstract: A system comprising a single or multiple independent video sources, where each video source manages to transmit its video data information using a predefined video segment size. The system comprises a segmented video data processing unit that receives the transmitted video segments, groups and processes the received video segments in accordance with the corresponding video source, produce video data information from the received video segments, and stores in proper order the processed video data information from a single source into a single memory queue. An output display processing unit receives the video data information from at least one of the memory queues, and manages the processing and formatting of the received video data information in accordance with preselected preferences such as output image video format, resolution, and/or starting location of a first video pixel of the output image.

Abstract: A system or a method comprising comparing two video images and producing a similarity, or differential, value that is used to indicate whether the two video images are either similar or different. An index value is assigned to a current video image being processed based on the similarity, or differential, value. The system or method further determines how to process the current video image based on whether the assigned index value comprises an even or an odd number. The current video image is combined, merged, or scaled with the immediately preceding or following video image based on the assigned index value being an even number or an odd number. The system or method generates at least one output video image that is at least twice the resolution of the current video image being processed.

Abstract: A system or a method that produces a similarity (or a differential) value that is used to indicate whether two video fields are either similar or not. The system or method assigns an index value to the current field based on the similarity (or a differential) value. The system or method determines how to process further the current field based on whether the assigned index value comprises an even or an odd number. The system or method processes the current field with the immediately preceding field if the current field's assigned index is an even number, and with the immediately following field if the current field's assigned index is an odd number. The system or method generates at least one output video frame that is at least twice the resolution of the current field being processed.