STARCast: streaming collaboration architecture on heterogeneous environment everywhere
STARCast: streaming collaboration architecture on heterogeneous environment everywhere
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STARCast：异构环境下的流式协作架构无处不在
DOI：
10.1145/1026763.1026775
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发表时间：
2004
期刊：
影响因子：
--
通讯作者：
K. Koyanagi
中科院分区：
文献类型：
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作者：
Takeshi Tsuchiya;H. Yoshinaga;K. Koyanagi
近年来，由于家庭网络的出现和PC的减少，网络节点的增加，以及安全问题，使得基于计算机的网络（例如，通过IP隐藏它的互联网）变得复杂。在本文中，我们提出了STARCast（流传输任何地方广播）系统与现有的网络覆盖。它不依赖于NAT、防火墙和IPv6等底层网络环境，提供流服务。STARCast自适应地改变它们的传输协议，以隐藏家庭、公司的不同底层网络，并管理路由，以最大限度地减少路由上的多跳数。它利用节点实现的资源管理和流媒体中继机制，以对等（P2P）的方式在异构网络上提供服务，并对其进行了评价，并以STARCast技术为例，尝试将现有的流媒体系统、i-Visto系统和DVTS系统互联起来。这些技术与现有网络技术的融合将对下一代网络系统和具有“安全”和“分组”机制的流媒体系统发挥重要作用。
Recently, the increasing of network node by appearing the home network and discounting of PC, and the matters for security complicate the computer based network such as the Internet, which conceales it by IP. In this paper, we propose STARCast (Streaming Transit AnywheRe broadCasts) system with which existing networks are overlaid. It provides steaming service without depending on the underlying network environment such as NAT, firewall and IPv6. STARCast adaptively changes their transport protocols to conceal different underlying networks at home, company, and manages routing in order to minimize the number of multi-hops on the route. It provides the service on heterogeneous networks in the manner of Peer-to-Peer (P2P) by using the Resource Management and the Streaming Relay mechanisms realized by a peer and evaluate it. And we try to interconnect current streaming systems, i-Visto system and DVTS as an example of application by the STARCast technology in this paper. The fusion of these technologies and current network technology will play significant role of next generation network system and streaming system which has the mechanism of "secured" and "grouping".