Research on Multimedia Business Network Architecture Based on Distributed IP Technology

Abstract:

Multimedia business network architecture is to raise the transmission rate of multimedia information, reduce the delay characteristics of the transmission process, so the multimedia service website can operate fast, reliable. In this paper we use multiple distributed IP technology to design the multimedia business network structure of IPV6. In order to verify the performance of network structure, we use IPerf software to test the performance of IPV6 multimedia business web site, and compare the performance of network under different distributed IP. By contrast, the network transmission speed of the multi distributed IPV6 is highest, delay characteristics are the shortest; and the distributed IPV6 is secondary; the worst is the general distributed IP. The transmission rate is 2.32 M/s; network delay characteristics can reach 232.21 ms, which verifies the important role of distributed IP in the multimedia business site structure. It provides technical support for the study of multimedia network.

• Periodical: Applied Mechanics and Materials (Volumes 556-562)
• Pages: 5680-5684
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.556-562.5680
• Online since: May 2014
• Authors: Ya Qi Li*, Jia Guo
• Keywords: Delay Characteristic, Distributed IP, IPV6 Architecture, Multimedia, Network Architecture, Transmission Rate

References

[1] Linxi. Application of designed Chinese fonts on screen display [J]. Decorative, 2011(2): 127-128.

[2] Wang Ruohong. Graphic design in the semiotic significance [J]. Art, 2011(11): 126-127.

[3] Qiu Zhiqie. Exploration of information visualization design [J]. Art education, 2010(1): 75-80.

[4] Gao Lin, Wang Yulie. Graphics user interface in new media art - human thinking of software interface design [J]. Modern decoration (Theory), 2011(9): 6-12.

[5] Xu Hong. When the new media art meets visual communication [J]. Literature review, 2010(3): 52-59.

[6] Xiao Xuebin, Zhu Li. Effect and countermeasures of new media on college students' ideological and political education [J]. Study on the ideological education, 2012(7): 45-51.

[7] Chen Shangyi. Research on the mobile internet security technology [J]. Information and communication security, 2010(8): 35-39.

[8] Zhang Weibin. Jiang Hongwei. Building a sound resource management system [J]. Communication management and technology, 2010, 11(7): 451-453.

[9] Wu Yuanyuan, Li Bin, Sun Chunqi, Xu Zheng. Research on peer to peer network search based on the Chord [J]. Microcomputer, 2011, 27 (1): 164-167.

[10] Zhong Hua, Wang Guizhu. Improved P2P model based on Pastry [J]. Communication technology, 2010(3): 96-99.

[11] Fang Xingdong, Zhang Jing, Zhang Xiaorong. Mechanism and network governance of real-time network age [J]. Modern communication, 2011(5): 56-61.