BS-10-13 On P2P Media Streaming Technologies(BS-10. Network Planning, Control, and Management)
スポンサーリンク
概要
- 論文の詳細を見る
P2P networks are gaining popularity in the telecommunication field thanks to their distributed and scalable nature. Current research is trying to take the scalability propierties of P2P technologies and apply them to new applications. One of this research efforts is to apply P2P technologies to media streaming. Streaming multimedia contents is not new and several technologies exist for this end [1]. This technologies focus on efficient use of upload/download bandwidth of the server/clients to be able to serve as much clients as possible without over-loading the server resources. P2P is thought as the solution to the scalability and cost problems inherent in media streaming applications. In P2P systems as more clients request a media file, more resources are added to the network to distribute that same media. In the next sections we will outline some of the proposed P2P Streaming methods and highlight their advantages and disadvantagcs. We also describe our initial steps in the evaluation of this methods in a real implementation using the JXTA p2p development framework.
- 社団法人電子情報通信学会の論文
- 2005-09-07
著者
-
Matsumoto Mitsuji
GITS, Waseda University
-
Sanson Horacio
Waseda Univ.
-
Sanson Horacio
GITS, Waseda University
-
Matsumoto Mitsuji
Waseda Univ.
関連論文
- BS-3-21 Performance Evaluation of WCDMA Signal Transmission over a FSO System Using Optically Amplified Receiver
- Intelligent Use and Reuse of Computer-Based Learning Material for CSCL
- Computer Supported Collaborative Learning in the Classroom
- B-16-13 Location management of the emergency caller in IP-based E911 network
- BS-10-10 RFID Indoor Tracking using Kalman Filter and RFID Map Matching
- BS-10-6 Performance Analysis of IrBurst for High-Speed exchange of Large Data Objects(BS-10. Network Planning, Control, and Management)
- BS-10-5 An Effective Error Control Scheme for No-Packet-Level Acknowledgement Protocol in Infrared Wireless LANs(BS-10. Network Planning, Control, and Management)
- BS-15-22 Fuzzy-based Semantic Clustering Routing for Wireless Sensor Network(BS-15.Network Planning, Control, and Management,ENGLISH SESSION)
- BS-10-13 On P2P Media Streaming Technologies(BS-10. Network Planning, Control, and Management)
- Performance Evaluation of IrSimple Protocol and Its Efficiency Enhancement with Effective Error Control and Flow Control Schemes
- IrBurst Modeling and Performance Evaluation for Large Data Block Exchange over High-Speed IrDA Links
- Document management in a computer-integrated classroom
- Document management in a computer-integrated classroom
- Document management in a computer-integrated classroom
- Distributed QoS Scheme for Multimedia Communication in Mobile Ad Hoc Network(Advances in Ad Hoc Mobile Communications and Networking)
- B-15-21 Admission Control and Simple Class based QoS Provisioning for Mobile Ad hoc Networks
- B-15-16 A Research on Near Field Visible Light Data Communication
- Computer Supported Collaborative Learning in the Classroom
- BS-12-14 Peer to Peer Large Data Video Processing System(BS-12. Network Planning, Control, and Management)
- Computer Supported Collaborative Learning in the Classroom
- BS-8-9 Ontology-based context management agent for vertical handoff use fuzzy logic decision in heterogeneous network
- BS-10-1 An approach to achieve QoS for multi constrain applications in all-IP networks(BS-10. Network Controls for High-Quality Communications)
- SB-10-3 Relative Positioning Systems for Wireless Emergency Services
- B-19-9 Applying Game Factors to Learning Management System in Chinese Learning
- BS-8-4 Application for Integrating Simultaneous Input Devices into Electronic Whiteboards(BS-8. Technology and Architecture for Ubiquitous Network Systems,ENGLISH SESSION)
- A-8-1 An Interactive Classroom for Developing Countries
- B-19-22 Towards a Cooperative Peer-to-Peer Approach for Alert Notification
- Simplified Thai Script : On-line Handwriting Recognition Text Input Method for Thai
- SB-10-1 Mobility Management Technology in 3G Networks