A novel design of Cognitive Wireless Networks: Architecture and testbed

Z. Feng, Fenglin Xie, Yiyi Chen, Xun Wang, Xin Chen
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Abstract

Cognitive Wireless Network (CWN) is a set of heterogeneity networks designed to perceive and learn from current multi-domain environment, then plan and decide a scheme based on the end-to-end goals. It aims to satisfy the integration, ubiquity and broadband requirements of future networks. With the complexity of heterogeneity networks rising, the need to manage this complexity makes the realization of CWN well-timed and attractive. Many related projects to do further study have been built by research teams. During the past few years, we are working on a project called “Basic theory and Key Technologies in Cognitive Wireless Networks”. It is one of the major projects in National Basic Research Program (973 Program) approved by the Chinese government. Our research team concentrates on issues including network architecture, multi-dimension sensing technologies and radio resource management which are connected with each other. In this article, an overview of this project will be shown by introducing its purpose, research vision, research progress, and testbed.
一种新的认知无线网络设计:架构与测试平台
认知无线网络(CWN)是一组异构网络,旨在感知和学习当前多域环境,然后根据端到端目标规划和决定方案。它旨在满足未来网络的集成化、泛在化和宽带化要求。随着异构网络复杂性的不断提高,对这种复杂性的管理需求使得CWN的实现具有良好的时点和吸引力。研究团队已经建立了许多相关的进一步研究项目。在过去的几年里,我们正在进行一个名为“认知无线网络的基础理论和关键技术”的项目。它是中国政府批准的国家基础研究计划(973计划)重大项目之一。我们的研究团队专注于网络架构、多维感知技术和无线电资源管理等相互联系的问题。在这篇文章中,将通过介绍其目的、研究愿景、研究进展和测试平台来概述这个项目。
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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