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DTSTART:20060930T230000
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DTSTAMP:20230326T023426Z
UID:5A71F4FB-F959-4075-BDB0-F0022F96C97C
DTSTART;TZID=America/Guatemala:20230320T120000
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DESCRIPTION:Abstract:\n\nThere is a lot of spectrum above 100 GHz potential
 ly for broadband wireless applications. The presence of many important mol
 ecular resonances in the spectrum region resulted in a much high density o
 f passive spectrum allocations in 100-275 GHz than in lower bands. When th
 ese passive allocations were made by ITU about 20 years ago it was unclear
  whether they needed the same absolute prohibition of sharing with active 
 users that is needed in lower bands so at the proposal of the US it was de
 cided to prohibit sharing initially but to request technical studies in IT
 U-R on the long term feasibility of sharing. None have been initiated to d
 ate but the unusual features of 100+ GHz suggest sharing may be practical 
 and could open up bocks of contiguous spectrum in excess of 30 GHz wide wh
 ile still protecting passive users. Without such sharing the largest block
  under 200 GHz is only 12.5 GHz wide. This presentation will explore the t
 echnical and spectrum policy issues in determining whether such sharing is
  feasible.\n\nCo-sponsored by: Rice University ECE Department Speaker Seri
 es\n\nSpeaker(s): Michael Marcus\, \n\nAgenda: \nPresentation at 12:00pm -
  1:00pm CDT\n\nRoom: BRK 200\, Bldg: Brockman Hall for Physics\, Rice Univ
 ersity\, 6100 Main Street\, Houston\, Texas\, United States\, 77005
LOCATION:Room: BRK 200\, Bldg: Brockman Hall for Physics\, Rice University\
 , 6100 Main Street\, Houston\, Texas\, United States\, 77005
ORGANIZER:cavallar@rice.edu
SEQUENCE:3
SUMMARY:Spectrum Sharing Challenges for Enabling Large Bandwidth mmWave/THz
  Spectrum Access Above 100 GHz for 6G and Other Applications
URL;VALUE=URI:https://events.vtools.ieee.org/m/353025
X-ALT-DESC:Description: <br /><div><strong>Abstract:</strong></div>\n<div>&
 nbsp\;</div>\n<div>There is a lot of spectrum above 100 GHz potentially fo
 r broadband wireless applications. The presence of many important molecula
 r resonances in the spectrum region resulted in a much high density of pas
 sive spectrum allocations in 100-275 GHz than in lower bands. When these p
 assive allocations were made by ITU about 20 years ago it was unclear whet
 her they needed the same absolute prohibition of sharing with active users
  that is needed in lower bands so at the proposal of the US it was decided
  to prohibit sharing initially but to request technical studies in ITU-R o
 n the long term feasibility of sharing. None have been initiated to date b
 ut the unusual features of 100+ GHz suggest sharing may be practical and c
 ould open up bocks of contiguous spectrum in excess of 30 GHz wide while s
 till protecting passive users. Without such sharing the largest block unde
 r 200 GHz is only 12.5 GHz wide. This presentation will explore the techni
 cal and spectrum policy issues in determining whether such sharing is feas
 ible.</div><br /><br />Agenda: <br /><p>Presentation at <span class="lw_st
 art_time">12:00pm</span>&nbsp\;-&nbsp\;<span class="lw_end_time">1:00pm</s
 pan>&nbsp\;<span class="lw_cal_tz_abbrv tz_editable">CDT</span></p>
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