Isabel: an application for real time collaboration with a flexible floor control

J. Quemada, T. Miguel, Santiago Pavón, G. Huecas, T. Robles, J. Salvachúa, Diego Andres Acosta Ortiz, Vicente Sirvent, Fernando Escribano, J. Sedano
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引用次数: 16

Abstract

Isabel is a P2P like multipoint group collaboration tool for the Internet, which implements an innovative service concept for synchronous collaborations based on a flexible and programmable floor control. This approach leads to a more natural and effective management of collaboration sessions. The flexible and programmable floor control incorporates the experience gained in many years of service trials with real users in distributed conferences, classrooms or meetings. The main conclusion after all those trials is that services should use more or less the same media components (audio, video or application sharing), but differ in the floor control model used. The flexible floor control is especially well suited for multipoint audience interconnection in distributed classrooms, conferences, meetings, etc. The development of Isabel started in 1993 for the distribution of the RACE Summer Schools on Advanced Broadband Communication (ABC93-6) where the early versions of this service concept were developed and tuned. The effectiveness of the Isabel service concept has been proven and enhanced since then in many other distributed events, such as Global360x, IDC9x, Global IPv6 Summitts, Telecom I+D, etc. The adaptation of Isabel to the broadband Internet (including VPNs, IPv4/IPv6 transition scenarios, mixtures of unicast and multicast) has reached maturity recently
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伊莎贝尔:一个灵活的地板控制实时协作的应用程序
Isabel是一个类似于P2P的互联网多点组协作工具,它实现了基于灵活和可编程地板控制的同步协作的创新服务概念。这种方法可以更自然、更有效地管理协作会话。灵活和可编程的地板控制系统结合了在分布式会议、教室或会议中与真实用户进行多年服务试验所获得的经验。在所有这些试验之后的主要结论是,服务应该或多或少地使用相同的媒体组件(音频、视频或应用程序共享),但所使用的底层控制模型不同。灵活的楼层控制特别适合于分布式教室、会议、会议等场所的多点观众互联。Isabel的开发始于1993年,目的是分发RACE高级宽带通信暑期学校(ABC93-6),在那里开发和调整了该服务概念的早期版本。从那时起,Isabel服务概念的有效性在许多其他分布式事件中得到了证明和增强,如Global360x, IDC9x,全球IPv6峰会,电信I+D等。伊莎贝尔对宽带互联网(包括vpn、IPv4/IPv6转换场景、单播和组播混合)的适应最近已经成熟
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