Abstract
Aiming at the transmission reliability and storage management of multimedia data, the multimedia big data frame combination storage strategy is proposed based on the virtual space distortion analysis model. On the one hand, the virtual space distortion analysis model is established. This model can be used to find the high similarity of video frames and flow structures in different multimedia streams. The model can be used to uniform the multimedia stream state and effectively improve the efficiency of data mining. The model can effectively analyze the difference between the multimedia stream of virtual space and the storage of the server group. On the other hand, based on the distorted efforts of the virtual space and heterogeneous of the multimedia data stream, combined with big data multimedia service requirements, the big data frame combination of storage space and virtual space integration would be integrated as a whole through the multimedia data frame combination and distorted perception. Finally, the combination of multimedia data frames is proposed. The delay, channel, storage and big data processing level of the virtual space storage scheme and were analyzed and evaluated by the simulation experiment, compared with the physical storage scheme of the multimedia big data. The experimental results show that the proposed scheme has significant advantages in the above aspects.
Highlights
Big data processing, transmission and storage has gradually become an important development direction of multimedia communication [1] [2]
For large data multimedia services based on virtual space, multimedia services according to the data frame combination expression by distorting the logical drive, large data frame combination of storage space and virtual space integration as a whole
Test and record the virtual space of each cell were randomly generated 2, 3, 1, 4, 5 twisted time to complete all the big data storage tasks required, the results shown in figure 4
Summary
Transmission and storage has gradually become an important development direction of multimedia communication [1] [2]. It is the key problem how to realize the real-time processing and efficient storage of big data [5]. About the study of multimedia transmission, the authors proposed a cooperative multimedia transmission protocol based on a novel merge-and-forward relaying and the best relay selection schemes [8]. The research results of the above research on the relationship between the virtual environment and the multimedia stream are not deeply studied. The impact of big data storage on multimedia communication quality and the need for efficient storage solutions should be further studied.
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