A scalable range radio-communication interfacing for embedded systems

T. Kochanski, R. Niski, A. Rucinski, J. Zurek
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引用次数: 2

Abstract

This paper describes the radio-communications ldquostate-of-the-artrdquo and ldquostate-of-the-practicerdquo for interfacing nodes in an ambient intelligence network. We also discuss the role of software defined hardware for software defined radios that form the radio-communication interface for ambient intelligence networks. Nodes must be capable of communication over at least one medium from Wibree-like (Bluetooth) to broadband satellite, preferably with flexible range and bandwidth. Wireless sensor networks and wireless ad-hoc networks based on these nodes provide a well-defined architectural basis for mission-critical and security-critical solutions.
用于嵌入式系统的可扩展范围无线电通信接口
本文介绍了环境智能网络中节点接口的无线电通信ldquostateartrdquo和ldquostatepracticerquo。我们还讨论了软件定义硬件在软件定义无线电中的作用,这些无线电构成了环境智能网络的无线电通信接口。节点必须能够在至少一种媒介上进行通信,从类似wibree(蓝牙)到宽带卫星,最好具有灵活的范围和带宽。基于这些节点的无线传感器网络和无线自组织网络为关键任务和安全关键解决方案提供了定义良好的体系结构基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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