Digital Communication over Fading Channels: Simon/Digital Communications 2e

Keywords

Fading, Computer science, Telecommunications, Channel (broadcasting)

References

No references recorded for this paper.

Cited by

• The performance of high-order quadrature amplitude modulation schemes for broadband wireless communication systemsLarry Riche — 2012
• Rate-Adaptive Schemes and Capacity Issues in Wireless SystemsSébastien de la Kethulle de Ryhove — 2007
• A Novel Method for Singular Value Decomposition of Polynomial Matrices and ICI Cancellation in a Frequency- Selective MIMO ChannelIman Ahadi Akhlaghi, Hossein Khoshbin — 2009
• Closed-form characterization of the channel capacity of multi-branch maximal ratio combining over correlated nakagami fading channelsYawgeng A. Chau, Karl Yung-Ta Huang — 2007
• Sensing and Learning Channel State Information in a Dynamic Wireless Environment with Cognitive Radios and NetworksR. Cooper — 2012
• The performance analysis of MRC combiner output signal in the presence of Weibull and log-normal fadingPetar Nikolić, Dragana Krstić, Goran Stamenović — 2009
• Moments-based analysis of dual-hop amplify-and-forward relaying communications systems over generalised fading channelsKostas P. Peppas, F. Lazarakis, Antonis A. Alexandridis — 2012
• A peer-to-peer communication system based on Walsh-Hadamard codes for fading environmentsWilliam Moranvil — 2004
• Relay diversity techniques for OFDM and MC-CDMAAbdul Hadi Abdul Razak, Nur Idora — 2012
• Simulation Study of CSI Relay over Nakagami-m Fading ChannelsJihua Huang — 2015
• A Novel Relaying Scheme to Guarantee Timeliness and Reliability in Wireless NetworksLe-Nam Hoang, Elisabeth Uhlemann, Magnus Jönsson — 2016
• Cross-Layer Design for Multi-Antenna Ultra-Wideband SystemsW. Pam Siriwongpairat — 2005
• Interference Analysis and Management with Applications in Heterogeneous Small-cell Cognitive Radio NetworksNurul Huda Mahmood — 2012
• Another Look in the Analysis of Cooperative Spectrum Sensing over Nakagami- m Fading ChannelsDebasish Bera, Indrajit Chakrabarti, Sant S. Pathak — 2015
• Self-organized dynamic resource allocation using fraction frequency reuse scheme in long term evolution networksAhmed S. Mohamed, Mohammed Abd‐Elnaby, Sami A. El‐Dolil — 2015
• Secured relay-assisted atmospheric optical code-division multiple-access systems over turbulence channelsHien T. T. Pham, Phuc V. Trinh, Ngoc T. Dang — 2015
• Unified Performance Analysis of Multi-antenna Techniques in Dual Hop Networks over Nakagami-m Fading ChannelsAhmet Yılmaz, Oğuz Kucur — 2016
• Precoded generalised frequency division multiplexing system to combat inter-carrier interference: performance analysisShashank Tiwari, Suvra Sekhar Das, Kalyan Kumar Bandyopadhyay — 2015
• Use of inferential statistics to design effective communication protocols for wireless sensor networksMohammed Baz — 2014
• Performance analysis of lidar for smart wind turbinesXian Liu, Hsiao‐Chun Wu — 2015

Related papers

• DETERMINING QUALITY REQUIREMENTS AT THE UNIVERSITIES TO IMPROVE THE QUALITY OF EDUCATIONNor Hanim Mustafa, Dinmukhamed Kelesbayev, Zh.D. Alibekova — 2018
• The fading machine, and its use for the investigation of the effects of frequency-selective fadingW.J. Bray, H.G. Lillicrap, F.C. Owen — 1947
• Fading Characteristics of UAV TT&C Channel and Anti-fading TechnologyZheng Jin-xiu — 2011
• Fading of vinylsulfonyl reactive dyes on cellulose in admixture under wet conditionsYasuyo Okada — 1990
• Fading at 9.6 GHz on an experimentally simulated aircraft-to-ground pathH. Janes, Mark C. Thompson — 1978
• On understanding the nature of slow fading in LOS microcellular channelsS.A. Abbas, A.U.H. Sheikh — 1997
• Performance Analysis of Diversity Combining Algorithms in Shadowed Fading ChannelsP.M. Shankar — 2006
• Computer controlled hardware simulation of fading channel modelsRitesh Kolte, S.C. Kwatra, G. H. Stevens — 1988
• Induced fading of natural scenesDaniel J. Simons, David Slichter, Alejandro Lleras — 2005