Abstract: The proposed multifunctional system for presenting multimedia content of optimum quality to an end user relates to computing and can be used for issuing multimedia content to the user, in particular a video content of optimum quality. The result achieved by the system enhances presenting the multimedia content of optimum quality. The system is capable of determining the user's device to which the multimedia content will be issued and the speed of connection of the end user to the Internet. The proposed multifunctional system includes a multimedia service, which is composed of a memory space containing user profiles, a billing system and metadata. The multimedia service is connected through the Internet to the end user's devices and to a plurality of multimedia servers containing elements of the multimedia content.

Abstract: A method for encoding a digital video image producing a high resolution is proposed. A source digital video image is segmented into a plurality of video frames and each such frame is segmented into a plurality of blocks composed of pixels. An encoded digital video image is formed from a sequence of the frames. Each subsequent frame is added to the encoded image if the frame is entirely different from the previous frame. If a subsequent frame repeats the previous frame, then a command is added to repeat the previous video frame. If a subsequent frame is not entirely different, then a command is added to the encoded image to repeat the previous frame taking into account the differing blocks. The pixels in the encoded image are formed having a square shape, regardless of their compression ratio. The encoded image can be saved to at least one media server.