IEEE 802.11ac Link Adaptation Under Mobility

机译：移动性下的IEEE 802.11ac链路自适应

获取原文

页面导航

摘要
著录项
相似文献
相关主题

摘要

High fluctuation of signal strength is evident in wireless channel under mobile environment. IEEE 802.11n and IEEE 802.11ac based wireless technologies experience a challenge for selecting link configuration parameters, like number of spatial streams, channel bonding, advanced modulation and coding schemes, frame aggregation etc., dynamically under mobility. Selection of the best possible data rate by tuning link parameters is a challenging issue due to the channel asymmetry in mobile environment. In this paper, we propose an adaptive learning mechanism, HT-MobiRate, for high throughput dynamic link adaptation under mobile scenario. HT-MobiRate is based on Thompson sampling and inspired from multi-armed bandit approach. To the best of our knowledge, this invention is first in the direction of link adaptation for IEEE 802.11ac under mobile environment. We analyze the performance of HT-MobiRate with a practical high throughput wireless testbed built over 6 IEEE 802.11ac supported access points and 20 IEEE 802.11ac clients (both client boards as well as smart-phones). We recognize that it performs considerably better than other competing schemes proposed in the literature for link adaptation in static environment.

机译：在移动环境下，无线信道中信号强度的波动很大。基于IEEE 802.11n和IEEE 802.11ac的无线技术面临着在移动性下动态选择链路配置参数（如空间流数量，信道绑定，高级调制和编码方案，帧聚合等）的挑战。由于移动环境中的信道不对称，通过调整链路参数来选择最佳可能的数据速率是一个具有挑战性的问题。在本文中，我们提出了一种自适应学习机制HT-MobiRate，用于移动场景下的高吞吐量动态链接自适应。 HT-MobiRate基于Thompson采样，并受到多臂匪徒方法的启发。据我们所知，本发明首先是在移动环境下针对IEEE 802.11ac的链路自适应的方向。我们使用一个实用的高吞吐量无线测试平台来分析HT-MobiRate的性能，该测试平台构建在6个支持IEEE 802.11ac的接入点和20个IEEE 802.11ac客户端（客户端板以及智能电话）上。我们认识到，与静态环境中的链路自适应相比，它的性能要比文献中提出的其他竞争方案好得多。

著录项

来源
《IEEE Conference on Local Computer Networks》|2017年|392-400|共9页
会议地点
作者
Raja Karmakar; Samiran Chattopadhyay; Sandip Chakraborty;
展开▼
作者单位

展开▼
会议组织
原文格式 PDF
正文语种
中图分类
关键词
Throughput; Signal to noise ratio; Mobile communication; Wireless communication; MIMO; Bandwidth; IEEE 802.11n Standard;

机译：吞吐量;信噪比;移动通信;无线通信; MIMO;带宽; IEEE 802.11n标准;

相似文献

外文文献
中文文献
专利

1. Utility Max-Min Fair Link Adaptation in IEEE 802.11ac Downlink Multi-User [J] . Khavasi Ali A., Aajami Mojtaba, Park Hae-Ryeon, IEEE communications letters . 2014,第5期

机译：IEEE 802.11ac下行多用户中的Utility Max-Min Fair Link Adaptation
2. Video transmission over ieee 802.11ac downlink multi-user: max??min fair link adaptation strategy [J] . Khavasi A.A., Aajami M., Park H.-R., Electronics Letters . 2014,第12期

机译：通过eeee 802.11ac下行链路多用户进行视频传输：max ?? min公平链路自适应策略
3. Link Adaptation Strategies for Real-Time Video Transmission Over IEEE 802.11ac DL-MU [J] . Ali A. Khavasi, Jung-Bong Suk IEEE Transactions on Communications . 2016,第10期

机译：通过IEEE 802.11ac DL-MU进行实时视频传输的链路自适应策略
4. IEEE 802.11ac Link Adaptation Under Mobility [C] . Raja Karmakar, Samiran Chattopadhyay, Sandip Chakraborty IEEE Conference on Local Computer Networks . 2017

机译：IEEE 802.11ac在移动性下的链接调整
5. Throughput optimization and transmitter power saving (TOTPS) algorithm and extended TOTPS (ETOTPS) algorithm for IEEE 802.11 links. [D] . Mo, Tianmin. 2006

机译：IEEE 802.11链路的吞吐量优化和发射机节电（TOTPS）算法和扩展的TOTPS（ETOTPS）算法。
6. A Throughput Study for Channel Bonding in IEEE 802.11ac Networks [O] . Mun-Suk Kim, Tanguy Ropitault, Nada Golmie, -1

机译：IEEE 802.11ac网络中通道绑定的吞吐量研究
7. 1Utility Max-Min Fair Link Adaptation in IEEE 802.11ac Downlink Multi-User [O] . Ali A. Khavasi, Mojtaba Aajami, Hae-ryeon Park, 2016

机译：IEEE 802.11ac下行链路多用户中的1Utility max-min Fair链路自适应

IEEE 802.11ac Link Adaptation Under Mobility

摘要

著录项

相似文献

相关主题

期刊订阅