Dissertation > Excellent graduate degree dissertation topics show

Design and Implementation of on-Demand Streaming System Based on P2SP

Author: WangMei
Tutor: TangRuiChun
School: Ocean University of China
Course: Computer technology
Keywords: P2SP On-demand streaming CDN
CLC: TN948.64
Type: Master's thesis
Year: 2012
Downloads: 1
Quote: 0
Read: Download Dissertation

Abstract


In recent years, with the development of science and technology and people’s living standards improving, the on-demand streaming business has been widely used, developed rapidly. However, due to the technology is not very mature, there are many problems, such as bandwidth consumption is large, poor scalability, and users management is difficult, and so on. Therefore, research on the on-demand streaming system based on P2SP is of great significance.The traditional transmission of streaming media is the centralized network model based on CDN. The traditional CDN system uses hierarchical networking technology which facing many problems, like limited network bandwidth, limited server processing capacity, poor scalability and low utilization of network resources and so on. Therefore it can’t meet the need of the customer. If the system uses the pure P2P network transmission structure, it will face many problems, like the user is difficult to manage, the copyright issues, user as a server node. offline rate is high.In this paper, a design method of on-demand streaming system based on P2SP was put forward. The method can reduce the server-side pressure, and solve the limited bandwidth problem faced by CDN effectively. By the same time, the method improves the system scalability, and solve many problems like the user is difficult to manage, copyright issues and so on. It ensure the quality of service even if the client is offline which as a server node. It ensure users can have a good audio-visual experience and good quality of service. In this paper, the key algorithms used in the on-demand streaming system was studied.Through the system simulation and performance analysis, the design method of the on-demand streaming system based on P2SP has high feasibility, and it has certain reference significance for practical application.

Related Dissertations

  1. A Hybrid Application Layer Multicast Model Based on Virtual P2SP,TP393.02
  2. The Design of PCDN Network Based on P2P Technology,TP393.02
  3. Accelerated video broadcast system Streaming Media Transmission Technology,TN919.8
  4. CDN and P2P technologies based on a mixture of streaming media content distribution mechanism,TN919.8
  5. CDN for live streaming and P2P architecture design dynamic interactive transmission,TP393.02
  6. The Research of Social Networking Services and Development of Application,TP393.09
  7. Design and Implementation of IPv6 network teaching video-on-demand system,TN948.64
  8. Streaming Media System Service Quality Inspection and enhance,TN919.8
  9. CDN and P2P network based on tree mixed live streaming system design,TN919.8
  10. Multi-link Access Campus Network Optimization Strategies for External Services,TP393.18
  11. P2P Technology and Its Practical Application the Delivery System,TP393.02
  12. The Implementation of CDN-P2P Hybrid Vod System and User Behavior Analysis,TN948.64
  13. Sichuan Telecom IPTV Bearer Network - CDN network transformation,TN949.292
  14. A CDN Based Design and Implementation of VOD Transport System,TN948.64
  15. Design and Application of the Streaming Media Distribution System,TN919.8
  16. CDN and P2P streaming media distribution system and,TN919.8
  17. Research on Streaming Media System and Key Technology Based on CDN and P2P Hybrid Architecture,TP393.02
  18. Architecture Design of CDN and Design and Implementation of Configuration Management System,TP311.52
  19. Study on Handheld Mobile on Demand System Based on WiFi Campus Network,TP368.1
  20. IPTV Multimedia Business Platform Design and Quality Assurance Study,TN949.292
  21. The Research and Application of IPTV Key Technology,TN949.292

CLC: > Industrial Technology > Radio electronics, telecommunications technology > TV > TV and television equipment > Television Center Management System > Video on Demand System
© 2012 www.DissertationTopic.Net  Mobile