Research on Cognitive Wireless Networks: Theory, Key Technologies and testbed

Yinglin Xu, Z. Feng, Ping Zhang
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引用次数: 4

Abstract

Cognitive Wireless Network (CWN), which is a set of heterogeneity networks with the capability of perceiving, planning, deciding and learning according to current multi-domain environment and end-to-end goals, is motivated by the integration, ubiquity and broadband requirements of future networks. But the rising complexity of heterogeneity networks and the need to manage this complexity make the actualization of CWN timely and attractive. Many related projects are built for research teams to do further study. We are undertaking a project called “Basic theory and Key Technologies in Cognitive Wireless Networks” which is one of the major projects in National Basic Research Program (973 Program) approved by the Chinese government. Our research team focuses on issues from network architecture to multi-dimension sensing technologies and radio resource management which are related to each other. In this article, an overview of this project is given by discussing its purpose, research vision, research progress, and testbed.
认知无线网络研究:理论、关键技术与试验台
认知无线网络(Cognitive Wireless Network, CWN)是一组具有感知、规划、决策和学习能力的异构网络,它是根据当前多域环境和端到端目标而形成的,是未来网络的集成化、泛在化和宽带化需求所驱动的。但是异构网络的复杂性和对这种复杂性的管理需求使得CWN的实现及时而有吸引力。建立了许多相关项目,供研究团队进行进一步研究。我们正在承担国家基础研究计划(973计划)重大项目之一的“认知无线网络的基础理论与关键技术”。我们的研究团队专注于从网络架构到多维感知技术和无线电资源管理等相互关联的问题。在本文中,通过讨论其目的、研究愿景、研究进展和测试平台,对该项目进行了概述。
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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