원문정보
초록
영어
In keeping with the development of wireless networking technology, P2P computing is moving towards the environment of P2P based networks among mobile devices. Particularly, media streaming services using P2P have become essential technology to increase users' utilization and enhance efficiency through being grafted onto other wireless networking technologies. However, resource utilization should be enhanced, given frequent churning and delay state caused by the characteristics of mobile devices; and overall system performance should be improved through continuous contribution. Hence, this paper proposes an efficient peer allocation mechanism, in which a newly joining peer selects a proper bandwidth and a parent node having much remaining download time. Mobile P2P streaming to which this proposed technique was applied shows system improvement through continuous connection.
목차
1. Introduction
2. Related Works
2.1. Peer Management for Mobile P2P Service Model
2.2. Bandwidth-Ordered (BO) Tree and Time-Ordered (TO) Tree
3. The Structure of LRDT (Longest Remaining Download Time) System
3.1. Concept
3.2. LRDT Parent Node Selection
3.3. LRDT System Model
4. Performance Evaluation of the Proposed Model
4.1. Simulation Environment
4.2. Performance Evaluation
5. Conclusion
Acknowledgements
References