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DTSTART:20260329T020000
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DTSTAMP:20260327T162127Z
UID:CDF7D74D-883C-4F2D-933D-F01DA74ACC0C
DTSTART;TZID=Europe/London:20260324T100000
DTEND;TZID=Europe/London:20260324T110000
DESCRIPTION:Wireless devices such as mobile phones\, tablets etc. have beco
 me part of our daily life. Emerging Technologies\, 5G/6G\, Autonomous Driv
 ing\, automated delivery systems\, smart homes\, smart cities will revolut
 ionize the way we live\, work\, and communicate soon. A key component in a
 ll these technologies is an antenna or multiple antennas that are used for
  transmitting and receiving signals. As a result\, many poducts we use tod
 ay and will be using soon\, will need to incorporate antennas that are eff
 icient and can fit within the space available in the device. Advances in s
 imulation technology using computational electromagnetic tools have made p
 ossible antenna design and integration of antennas into various devices. I
 n this talk\, we will review advances in EM computational methods in the c
 ontext of product design process in various industries.\n\nSpeaker(s): CJ\
 , \n\nRoom: 603\, Bldg: James Watt South Building\, Creativity Room\, Glas
 gow\, Scotland\, United Kingdom\, G12 8QQ
LOCATION:Room: 603\, Bldg: James Watt South Building\, Creativity Room\, Gl
 asgow\, Scotland\, United Kingdom\, G12 8QQ
ORGANIZER:Masood.UrRehman@glasgow.ac.uk
SEQUENCE:10
SUMMARY:ROLE OF ELECTROMAGNETIC SIMULATIONS IN COMMERCIAL PRODUCT DESIGN
URL;VALUE=URI:https://events.vtools.ieee.org/m/540374
X-ALT-DESC:Description: <br /><p class="p1">Wireless devices such as mobile
  phones\, tablets etc. have become part of our daily life.&nbsp\;Emerging 
 Technologies\, 5G/6G\, Autonomous Driving\, automated delivery systems\, s
 mart&nbsp\;homes\, smart cities will revolutionize the way we live\, work\
 , and communicate soon. A key&nbsp\;component in all these technologies is
  an antenna or multiple antennas that are used for&nbsp\;transmitting and 
 receiving signals. As a result\, many poducts we use today and will be&nbs
 p\;using soon\, will need to incorporate antennas that are efficient and c
 an fit within the&nbsp\;space available in the device. Advances in simulat
 ion technology using computational&nbsp\;electromagnetic tools have made p
 ossible antenna design and integration of antennas&nbsp\;into various devi
 ces. In this talk\, we will review advances in EM computational methods in
 &nbsp\;the context of product design process in various industries.&nbsp\;
 </p>
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