Cognitive Radio for Tactical Wireless Communication Networks.

机译：战术无线通信网络的认知无线电。

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Research has been completed on adaptive modulation and coding for multicast transmission in a tactical packet radio network. Our adaptive multicast transmission compensates for changes in propagation conditions that occur from packet to packet during a session with one sender and multiple receivers. We also completed our research investigation of adaptive coding for frequency-hop communications over tactical communications channels that have time-varying fading and partial-band interference. New protocols were developed that combat fading and interference while providing throughput levels that are near the theoretical upper bounds. New distributed protocols for channel access and adaptive spreading were devised and evaluated for use in direct-sequence spread-spectrum packet radio networks that have no central controllers, access points, or base stations. Information theoretic bounds and tools have been derived that give performance benchmarks for practical protocols, provide analytical techniques for the minimization of resource consumption in tactical networks, and simplify the design of protocols for the adaptation of coding and spreading in direct-sequence spread-spectrum packet radios.

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作者
Pursley, M. B.;
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年度 2011
页码 1-10
总页数 10
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Communications networks; Wireless communications; Adaptive systems; Communication and radio systems; Control systems; Frequency agility; Information theory; Packet switching; Propagation; Receivers; Spread spectrum; Tactical communications;

机译：通信网络;无线通信;自适应系统;通信和无线电系统;控制系统;频率捷变;信息论;分组交换;传播;接收机;扩频;战术通信;

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专利

1. Cognitive Wireless Communications - A paradigm shift in dealing with radio resources as a prerequisite for the wireless network of the future - An overview on the topic of cognitive wireless technologies [J] . Haustein Thomas, Stanczak Slawomir, Wolisz Adam, Frequenz . 2016,第7a8期

机译：认知无线通信-处理无线电资源的模式转变是未来无线网络的前提-认知无线技术主题概述
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机译：可实现B3G网络的无线访问。二。 MIMO接收器体系结构[无线电通信主题]
3. Implementable wireless access for B3G networks. III. Complexity reducing transceiver structures [Topics in Radio Communications] [J] . Dohler M., McLaughlin S., Sweeney P., IEEE Communications Magazine . 2007,第3期

机译：可实现B3G网络的无线访问。三，降低复杂度的收发器结构[无线电通信的主题]
4. COMPARISON BETWEEN OVERLAY COGNITIVE RADIO AND UNDERLAY COGNITIVE ULTRA WIDEBAND RADIO FOR WIRELESS COMMUNICATIONS [C] . Ayman A. El-Saleh, Mahamod Ismail, Omar B. A. Ghafoor, IASTED International Conference on Communication Systems and Networks . 2008

机译：无线通信覆盖认知无线电和底层认知超宽带无线电比较
5. Communication protocols for wireless cognitive radio ad-hoc networks. [D] . Chowdhury, Kaushik R. 2009

机译：无线认知无线电自组织网络的通信协议。
6. VibeComm: Radio-Free Wireless Communication for Smart Devices Using Vibration [O] . Inhwan Hwang, Jungchan Cho, Songhwai Oh 2014

机译：VibeComm：使用振动的智能设备的无无线电无线通信
7. A NOVEL IMPULSE RADIO NETWORK FOR. TACTICAL MILITARY WIRELESS COMMUNICATIONS [O] . Santosh S. Kolenchery J, Keith Townsend, James A. Freebersyser 2014

机译：一种新的脉冲无线电网络。战术军事无线通信
8. Cognitive Radio Networks for Tactical Wireless Communications. [R] . Tang, H., Watson, S. 2014

机译：用于战术无线通信的认知无线电网络。

Cognitive Radio for Tactical Wireless Communication Networks.

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