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Tuple Space Coordination Across Space and Time

机译:跨时空的元组空间协调

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摘要

CAST is a coordination model designed to support interactions among agents executing on hosts that make up a mobile ad hoc network (MANET). Prom an application programmer's point of view, CAST makes it possible for operations to be executed at arbitrary locations in space, at prescribed times which may be in the future, and on remote hosts even when no end-to-end connected route exists between the initiator and target(s) of the operation. To accomplish this, CAST assumes that each host moves in space in accordance with a motion profile which is accurate but which at any given time extends into the future for a limited duration. These motion profiles are freely exchanged among hosts in the network through a gossiping protocol. Knowledge about the motion profiles of the other hosts in the network allows for source routing of operation requests and replies over disconnected routes. In this paper, we present the CAST model and its formalization. We also discuss the feasibility of realizing this model.
机译:CAST是一种协调模型,旨在支持在组成移动自组织网络(MANET)的主机上执行的代理之间的交互。从应用程序程序员的角度出发,CAST使得可以在空间中的任意位置,将来可能在规定的时间以及在远程主机上执行操作,即使这些操作之间没有端到端的连接路由也是如此。操作的发起者和目标。为此,CAST假定每台主机都根据准确的运动曲线在空间中运动,但该运动曲线在任何给定时间都将在有限的时间内延伸到未来。这些运动配置文件通过闲聊协议在网络中的主机之间自由交换。有关网络中其他主机的运动配置文件的知识可用于对操作请求进行源路由,并在断开的路由上进行回复。在本文中,我们介绍了CAST模型及其形式化。我们还将讨论实现此模型的可行性。

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