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DTSTAMP:20261008T124748Z
DTSTART:20210919T183000Z
DTEND:20220228T182959Z
SUMMARY:Smart Antennas\, Electromagnetic Interference and Microwave Antenna
 s for Wireless Communications River Publishers\, IEEE 2021
LOCATION:Cheran College of Engineering\, Karur
DESCRIPTION:<p>The Smart Antennas for Wireless Communications workshop will
  bring together top academic scientists\, researchers\, and research schol
 ars to discuss and share their experiences and research findings on all ar
 eas of Smart Antennas\, Electromagnetic Interference and Microwave Antenna
 s for Wireless Communications. Smart Antennas or Adaptive Antennas are mul
 ti-antenna components on one or both sides of a radio communication connec
 tion\, combined with advanced signal processing algorithms. They've evolve
 d into a critical technology for third-generation and beyond mobile commun
 ication systems to meet their lofty capacity and performance targets. It s
 eems that a significant capacity gain is achievable\, particularly if they
  are employed on both sides of the connection. There are several essential
  characteristics of these systems that need scientific and technical inves
 tigation. The International Workshop on Smart Antennas and Microwave Anten
 nas is an annual gathering that offers a forum for researchers to share th
 eir newest findings. Its goal is to include both theoretical and technolog
 ical aspects of intelligent antennas\, such as in mobile communications an
 d localization.<br />\nBeamforming\, massive MIMO\, network MIMO\, mmWave 
 transmission\, compressive sensing\, MIMO radar\, sensor networks\, vehicl
 e-to-vehicle communication\, location\, and machine learning were among th
 e subjects covered in this year's programme. The programme will facilitate
  discussions on a variety of current hot topics\, including 5G propagation
 \, MIMO and array antennas\, Optical nano-antennas\, Scattering and diffra
 ction\, Computational electromagnetics\, Radar systems\, Plasmonics and na
 nophotonics\, and Advanced EM materials and structures like metamaterials 
 and metasurfaces.<br />\n<br />\nAll papers will undergo a double blind pe
 er review process and the criteria for acceptance will be based on quality
 \, originality\, technical content and relevance.<br />\n<br />\nAccording
 ly\, Topics of interest for submission include\, but are not limited to:<b
 r />\nMassive MIMO and Beyond<br />\nNetwork/Distributed MIMO<br />\nBeamf
 orming Techniques<br />\nCloud Radio Access Networks<br />\nMillimeter Wav
 e and Terahertz Communication<br />\nUltra-Low Latency Communication<br />
 \nChannel Modeling and Estimation<br />\nCompressive Sensing and Sparse Pr
 ocessing<br />\nMachine Learning for PHY/MAC Design<br />\nMulti-antenna T
 echniques and Security<br />\nMIMO Radar and Multisensor Processing<br />\
 nSmart Antenna Sensor Networks<br />\nDevice-to-Device Communications<br /
 >\nVehicular Communications<br />\nLocalization<br />\nHF and VHF antennas
 \;<br />\nMillimeter/Terahertz<br />\nNano-optical antennas\;<br />\nDiele
 ctric resonator antennas\, lens antennas and radomes\;<br />\nAntennas for
  wireless power transmission and harvesting\;<br />\nMIMO\, antenna divers
 ity\, smart and signal processing antennas\;<br />\nRFID antennas/sensors 
 and systems\;<br />\nSlotted\, guided and leaky wave antennas\;<br />\nOpt
 ics and Photonics\;<br />\nNanophotonics\, plasmonics and quantum optics\;
 <br />\nBiophotonics\, Biomedical Optics\, and Imaging\;<br />\nLaser\, La
 ser Source and Application\;<br />\nOptoelectronics\, Photonic Materials a
 nd Devices\;<br />\nMillimeter/terahertz and UWB propagation\;<br />\n<br 
 />\n5G propagation\;Navigation\, localization\, positioning and tracking\;
 <br />\nRadar systems\, target detection\, localization\, and tracking\;<b
 r />\nSatellite propagation<br />\nWearable Antennas/Body Area Networks<br
  />\nActive Antennas<br />\nBiomedical/ Biological Effects<br />\nEM Model
 ing/ Simulation Techniques.<br />\nSignal Processing<br />\nOptical Commun
 ication<br />\nSoft computing techniques in EM Design<br />\nMicrowave Dev
 ices<br />\nElectromagnetic Interference and Compatibility<br />\nRFID Cir
 cuits &amp\; Antennas</p>
URL:https://www.knowafest.com/smart-antennas-electromagnetic-interference-a
 nd-microwave-antennas-for-wireless-communications-river-publishers-ieee-20
 21
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