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DTSTART:20241006T030000
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BEGIN:VEVENT
DTSTAMP:20250124T033641Z
UID:1EDF23DF-A83D-42E9-85F3-CEFF5BC67D67
DTSTART;TZID=Australia/Canberra:20250121T143000
DTEND;TZID=Australia/Canberra:20250121T153000
DESCRIPTION:Abstract: Future communication networks shall be sustainable\, 
 trustworthy\, reliable\, and sovereign. However\, as conventional wireless
  communication networks reach their boundaries in addressing these require
 ments\, the research seeks alternative communication paradigms\, such as q
 uantum or molecular communication. This talk sheds light on molecular comm
 unication as one of the alternative paradigms\, using molecules or nanopar
 ticles as information carriers. Use cases of molecular communication lay m
 ainly in the biomedical micro- and nanoscale domains.\nAs a relatively you
 ng research field\, experimental work gains relevant experience as mathema
 tical models may lack accuracy and behave less predictably than the model 
 performance in wireless channels. Thus\, this talk motivates molecular com
 munication\, surveys implementational aspects\, and testbed activities. Fu
 rthermore\, this talk introduces the German Federal Ministry of Education 
 and Research (BMBF) research activities in the field of molecular communic
 ation and the Internet of Bio-Nano Things.\n\nSpeaker(s): \, Pit\n\nRoom: 
 Graduate Teaching Room R2.21\, Bldg: Ian Ross Building\, 31 North Road\, A
 cton\, Australian Capital Territory\, Australia\, 2601
LOCATION:Room: Graduate Teaching Room R2.21\, Bldg: Ian Ross Building\, 31 
 North Road\, Acton\, Australian Capital Territory\, Australia\, 2601
ORGANIZER:nan.yang@anu.edu.au
SEQUENCE:15
SUMMARY:Engineering Molecular Communication: Implementation Insights and Te
 stbed Activities
URL;VALUE=URI:https://events.vtools.ieee.org/m/461934
X-ALT-DESC:Description: <br /><p><strong>Abstract: </strong>Future communic
 ation networks shall be sustainable\, trustworthy\, reliable\, and soverei
 gn. However\, as conventional wireless communication networks reach their 
 boundaries in addressing these requirements\, the research seeks alternati
 ve communication paradigms\, such as quantum or molecular communication. T
 his talk sheds light on molecular communication as one of the alternative 
 paradigms\, using molecules or nanoparticles as information carriers. Use 
 cases of molecular communication lay mainly in the biomedical micro- and n
 anoscale domains.&nbsp\;<br>As a relatively young research field\, experim
 ental work gains relevant experience as mathematical models may lack accur
 acy and behave less predictably than the model performance in wireless cha
 nnels.&nbsp\;Thus\, this talk motivates molecular communication\, surveys 
 implementational aspects\, and testbed activities. Furthermore\, this talk
  introduces the German Federal Ministry of Education and Research (BMBF) r
 esearch activities in the field of molecular communication and the Interne
 t of Bio-Nano Things.</p>
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