文件名称:PARM_AINA_2006
介绍说明--下载内容均来自于网络,请自行研究使用
Current Peer-to-Peer (P2P) systems were developed and
implemented as a result of a direct requirement/demand without an
overall functional architecture. This makes the performance of the
resulting systems far from optimal because other aspects of a
complete system have not received sufficient attention. Moreover,
the lack of standardization in functional architectures of P2P
systems will also restrict the interoperability amongst the systems
thereby reducing tangible benefits for Internet users. Inspired by
the TCP/IP model, this paper introduces PARM: a Physically-
Aware Reference Model for Overlay Internetworking. PARM
divides major functional P2P system tasks into components in a
layered structure to enable a more modular communications
approach so that each task can be tackled individually and
efficiently. Simulation results indicate that PARM helps to produce
better performance overlays with desirable features such as
decentralization, self-organization, and minimal delay penalty.
implemented as a result of a direct requirement/demand without an
overall functional architecture. This makes the performance of the
resulting systems far from optimal because other aspects of a
complete system have not received sufficient attention. Moreover,
the lack of standardization in functional architectures of P2P
systems will also restrict the interoperability amongst the systems
thereby reducing tangible benefits for Internet users. Inspired by
the TCP/IP model, this paper introduces PARM: a Physically-
Aware Reference Model for Overlay Internetworking. PARM
divides major functional P2P system tasks into components in a
layered structure to enable a more modular communications
approach so that each task can be tackled individually and
efficiently. Simulation results indicate that PARM helps to produce
better performance overlays with desirable features such as
decentralization, self-organization, and minimal delay penalty.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
PARM_AINA_2006.pdf