NASA:一种用于自组织网络的新型系统架构

G. Xue, Yunxia Feng, Zhigang Gao, Guojun Dai
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引用次数: 0

摘要

在Ad Hoc网络中,设计了一种新的架构,可以在没有基础设施支持的情况下快速、可靠地构建良好的通信网络。该系统包括硬件和软件,被称为NASA,也是为高数据速率传输而设计的。NASA的系统架构采用软硬件协同设计。因此,它是完全开放的,不基于任何操作系统。NASA是为分布式网络设计的,每个NASA节点都可以平等地相互通信。本文讨论了NASA硬件平台的构建、MAC和路由协议的跨层实现。实践证明,该系统具有较高的传输效率和较低的数据传输延迟。在我们的实验中,在120米的距离内,NASA最高的数据传输速率可以达到1Mbps。
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NASA: A Novel System Architecture for Ad Hoc Networks
A novel architecture used in the Ad Hoc networks is designed for building a well communication network quickly and reliably without any support of base installation. The system including hardware and software, called NASA, is also designed for high data rate transmission. The system architecture of NASA takes collaborative design of hardware and software. Therefore, it is completely open and doesn’t base on any operating system. NASA is designed for distributed networks and every NASA node could communicate with each other coequally. The paper discusses how to build the hardware platform of NASA, the cross layer implementation of the MAC and routing protocol. It has been proved that the proposed system is quite efficient and has low data transmission delay. In our experiments, the highest data transfer rate of NASA can be up to 1Mbps with 120 meters.
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