面向群体的传播:概念和网络架构

Yousuke Takahashi, K. Sugiyama, H. Ohsaki, M. Imase, T. Yagi, J. Murayama
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引用次数: 5

摘要

在本文中,我们提出了一种新的沟通范式——群体导向沟通。与传统的基于单播的通信不同,面向群体的通信完全是基于群体的通信。我们的面向群体的通信本质上是一种多对多通信,但它在基于群体的通信基础上实现了一对一、一对多、多对一、多对多等任何类型的通信。通过我们的群体性通信,可以将多种社会活动直接转移到一个通信网络中,满足用户对安全/可靠性的要求。本文首先通过与传统的基于ip的网络进行比较,定性地讨论了群通信的优势。然后讨论了面向群通信的网络体系结构的四个设计目标:支持动态实体/组、支持地址操作表达、实现实体/组查找能力和实现安全性。在仔细研究了这些设计目标之后,我们设计了一个网络架构来实现我们的群体通信。通过定量评价,表明了面向群通信的网络体系结构应该是基于分组的,可达性控制是网络的核心技术,网络体系结构应该是由传输层和控制层组成的两层结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Group-Oriented Communication: Concept and Network Architecture
In this paper, we propose a novel communication paradigm called group-oriented communication. Different from conventional unicast-based communications, group-oriented communication is entirely based on group-based communication. Our group-oriented communication is essentially a type of many-to- many communication, but it realizes any type of communications including one-to-one, one-to-many, many-to-one and many-to- many communications based on group-based communication. With our group-oriented communication, diverse social activities can be shifted into a communication network in a straightforward way, and users' requirements on security/reliability can be fulfilled. In this paper, we first qualitatively discuss advantages of our group-oriented communication by comparing with the conventional IP-based network. We then discuss four design goals of a network architecture for our group-oriented communication: supporting dynamic entity/group, supporting address operation expression, realization of entity/group find ability, and realization of security. After carefully examining these design goals, we design a network architecture for realizing our group-oriented communication. Through quantitative evaluations, we show that the network architecture for our group-oriented communication should be packet-based, that reachability control is the core networking technology, and that the network architecture should have the two-layer structure consisting of transport and control layers.
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