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DTSTART:20221002T030000
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DTSTAMP:20220628T044643Z
UID:C5ADDA5D-E9C3-48DE-AF3D-95D0B9CFF850
DTSTART;TZID=Australia/Adelaide:20220621T150000
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DESCRIPTION:RFID\, microwave and millimetre wave components and systems are
  the vital elements for emerging Internet of Things (IoT) and 5th Generati
 on (5G) wireless communications. Mass deployment of RFID in IoT is hindere
 d due to the high cost of the tag. Fully printable low-cost chipless RFID 
 and sensors are the potential candidates for IoT and 5G. Adding sensing ca
 pability with identification makes the chipless RFID sensor a very interes
 ting proposition for IoT\, which needs billions of such sensors each year.
  To fulfil the vision of IoT and 5G wireless communications\, new low-cost
  ultrawide band (UWB) microwave and mm-wave technologies such as chipless 
 RFID tags and wireless sensors\, smart antennas\, and UWB transceiver elec
 tronics are required.\n\nThis seminar presents the development of UWB micr
 owave and mm-wave chipless RFID\, wireless sensors\, RFID reader architect
 ure and signal processing algorithm for detection\, denoising and anti-col
 lision. A massive multiple input multiple output (MIMO) mm-wave smart ante
 nna system is developed for compact reader and RFID throughput improvement
 . These antennas\, reader electronics and active and passive design are eq
 ually useful for 5G wireless communications.\n\nCo-sponsored by: Morteza S
 hahpari\n\nSpeaker(s): Prof. Karmakar\, \n\nRoom: N218\, Bldg: Engineering
  Nth N218\, The University of Adelaide\, Adelaide\, South Australia\, Aust
 ralia\, 5000
LOCATION:Room: N218\, Bldg: Engineering Nth N218\, The University of Adelai
 de\, Adelaide\, South Australia\, Australia\, 5000
ORGANIZER:morteza.shahpari@ieee.org
SEQUENCE:5
SUMMARY:Fully printable low-cost chipless RFID sensor and mm-wave Technolog
 y for 5G and IoT
URL;VALUE=URI:https://events.vtools.ieee.org/m/316508
X-ALT-DESC:Description: <br /><div dir="auto">RFID\, microwave and millimet
 re wave components and systems are the vital elements for emerging Interne
 t of Things (IoT) and 5th Generation (5G) wireless communications. Mass de
 ployment of RFID in IoT is hindered due to the high cost of the tag. Fully
  printable low-cost chipless RFID and sensors are the potential candidates
  for IoT and 5G. Adding sensing capability with identification makes the c
 hipless RFID sensor a very interesting proposition for IoT\, which needs b
 illions of such sensors each year. To fulfil the vision of IoT and 5G wire
 less communications\, new low-cost ultrawide band (UWB) microwave and mm-w
 ave technologies such as chipless RFID tags and wireless sensors\, smart a
 ntennas\, and UWB transceiver electronics are required.&nbsp\;</div>\n<div
  dir="auto" aria-hidden="true">&nbsp\;</div>\n<div dir="auto">This seminar
  presents the development of UWB microwave and mm-wave chipless RFID\, wir
 eless sensors\, RFID reader architecture and signal processing algorithm f
 or detection\, denoising and anti-collision. A massive multiple input mult
 iple output (MIMO) mm-wave smart antenna system is developed for compact r
 eader and RFID throughput improvement. These antennas\, reader electronics
  and active and passive design are equally useful for 5G wireless communic
 ations.&nbsp\;&nbsp\;</div>
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