The indoor radio propagation channel

Summary

The principles of radio propagation in indoor environments are reviewed, the channel is modeled as a linear time-varying filter at each location in the three-dimensional space, and the properties of the filter's impulse response are described.

Keywords

Radio channel, Channel (broadcasting), Delay spread, Computer science, Impulse (physics)

References

A Comparison of Time Delay Spread Measurements Within Two Dissimilar Office BuildingsD. M. J. Devasirvatham — 1986
A Statistical Model for Indoor Multipath PropagationReinaldo A. Valenzuela, A.A.M. Saleh — 1987
Four branch diversity measurements at 1.7 GHz for indoor wireless communicationsS.R. Todd, M. El-Tanany, S. Mahmoud — 1992
In-building propagation at 900 MHz and 1650 MHz for digital cordless telephonesF.C. Owen, C.D. Pudney — 1989
Radio coverage in buildingsJ. M Keenan, A.J. Motley — 1990
Measurement system for indoor narrowband radio propagation at 1700 MHz and some resultsPeter Karlsson, H. Borjeson — 1992
Microwave Mobile CommunicationsWilliam C. Jakes — 1974
High-resolution spectral analysis techniques for estimating the impulse response of indoor radio channelsT. Lo, J. Litva, R.J.C. Bultitude — 1992
Multi-frequency radiowave propagation measurements in the portable radio environmentD. M. J. Devasirvatham, C. Banerjee, M. Krain — 1990
Radio channel characterisation for the digital European cordless telecommunications systemR. Bailey, G. Summers — 1990
The Development Of A Comprehensive Indoor Propagation ModelJ. LeBel, P. Melancon — 1991
A statistical model for line-of-sight (LOS) factory radio channelsP. Yegani, C.D. McGillem — 1989
Statistical Data From Frequenq Domain Measurements Of Indoor PCN Communication ChannelL. Pickering, E.N. Bamhart, M.L. Witten — 1991
Delay spread and time delay jitter for the UHF factory multipath channelTheodore S. Rappaport — 1988
900 MHz indoor/outdoor propagation investigations via bit error structure measurementsC. Gutzeit, A. Baran — 1989
Statistical characterization of a partitioned indoor radio channelR. Ganesh, Kaveh Pahlavan — 1992
Personal communications networksP.A. Ramsdale — 1990
A Ray Launching Method For The Prediction Of Indoor Radio Channel CharacteristicsM.C. Lawton, RL Davies, J.P. McGeehan — 1991
Performance Limitations Of The Indoor Radio ChannelGhobad Heidari-Bateni, C.D. McGillem — 1991
Indoor wideband radiowave propagation measurements at 1.3 GHz and 4.0 GHzD.A. Hawbaker, Theodore S. Rappaport — 1990

Cited by

Enhancements to the RADAR User Location and Tracking SystemVictor Bahl, Venkat Padmanabhan — 2000
Mobile and Wireless Telecommunication NetworksMichele Zorzi — 2000
Outage Analysis due to Multipath Mobile Radio Reception with Poisson Multiphath ArrivaS.A. Abbas, A.U.H. Sheikh — 1997
Statistical Modeling at 18 GHz Using of Broadband Wireless LAN Channels Directive AntennasMoon Ho, Sumei Sun — 1997
Interference Coordination for Low-cost Indoor Wireless Systems in Shared SpectrumDu Ho Kang — 2014
Ultra-Wideband for Communications: Spatial Characteristics and Interference SuppressionV. Bharadwaj — 2005
Performance Enhancement of Ultra Wideband WPAN using Narrowband Interference Mitigation TechniquesBikramaditya Das — 2010
Examining the Wireless CommonsDouglas Sicker, Dirk Grunwald, Eric Anderson — 2006
Cross layer interactions for adaptive communications in IEEE 802.11 wireless LANs. (Mécanismes d'interactions intercouches pour améliorer la performance des réseaux locaux sans fil IEE 802.11)Mohammad Hossein Manshaei, DABBOUS, Walid, TURLETTI, Thierry — 2005
Estimation de canal pour systèmes multi-antennes multi-porteusesBenoît Le Saux — 2007
Space-Time Behavior of Millimeter wave channel and directional Medium Access controlBehnam Neekzad — 2008
Probing Techniques for Multiuser Channels with Power ControlChristopher James Hansen, Eitan Tadmore, William H. Mangione-Smith — 1991
Asymptotic properties of multi-hop wireless networksPatrick Thiran, François Baccelli, P.R. Kumar — 2005
Intra-car wireless sensor networksHsin‐Mu Tsai — 2010
A Software System for Locating Mobile Users: Design, Evaluation, and LessonsParamvir Bahl, Venkata N. Padmanabhan, Anand Balachandran — 2000
Channel Fading in Mobile Broadband Systems: Challenges and OpportunitiesDan Shan — 2014
High-Level Goal Recognition in a Wireless LANJie Yin, Xiaoyong Chai, Qiang Yang — 2004
Energy Efficient Millimeter Wave Radio Link Establishment with Smart Array Antenna | NISTBehnam Neekzad, John S. Baras, Kamran Sayrafian — 2006
Characterization of the Spatial Distribution of the Electric Field Strength in Indoor Propagation at 2.45 GHzTiago Freire Carneiro Leao — 2014
Phantom Positioning Technology for Indoor WLANYao‐Nan Lien — 2006

Related papers

Prediction system about path loss of radio propagation based on GISChaoqun Zhang, Hongxiang Xiao, Shu-yu Zheng — 2015
Channel Characterization and Validation of Ray Tracing Simulations with Measurements at 60 GHz in Office EnvironmentMuhammad Usman Sheikh, Marwan El Hajj, Riku Jäntti — 2020
Experimental multipath delay spread and path loss analysis for the indoor environment at 5.9 GHzZhilong Jiang, Junyi Yu, Ran Zhu — 2016
Ultra-wide band wireless body area network channel measurements and modelingLieguang Zeng — 2011
A Practical RF Propagation Model for Wireless Network SensorsTsenka Stoyanova, Fotis Kerasiotis, Aggeliki Prayati — 2009
PATH LOSS MODELING FOR URBAN WIRLESS NETWORKS IN BAGHDADBaseem G. Nsaif, Adheed H. Sallomi — 2021
Measurement Based Path Loss and Delay Spread Modeling in Hospital Environments at 60 GHzMikko Kyrö, Katsuyuki Haneda, Jarno Simola — 2011
Verification of an Intelligent Ray Launching Algorithm in Indoor Environments in the Ka‐BandWenfei Yang, Jie Huang, Jiliang Zhang — 2021
The dependence of single room indoor radio propagation on frequencyQin Zhou, A.K.Y. Lai — 1996