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DTSTAMP:20200901T181712Z
UID:F479DDDC-B9BD-438C-B96A-CBE43FF6BB75
DTSTART;TZID=Canada/Eastern:20200825T190000
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DESCRIPTION:In this presentation\, we introduce media access control (MAC) 
 protocol design for two IoT applications\, i.e.\, vehicle-to-vehicle (V2V)
  safety message broadcast in connected vehicles and smart factory in indus
 try IoT. For each considered application\, we investigate its unique commu
 nication characteristics\, design our MAC protocol accordingly\, and model
  and analyze the performance of the proposed design. For the V2V safety me
 ssage broadcast\, we develop a fully distributed MAC that achieves substan
 tially lower delay and collision probability compared to existing distribu
 ted MAC designs. For the smart factory application\, we develop a centrali
 zed MAC that can support a large number of devices with a single communica
 tion channel while satisfying stringent delay and collision requirements. 
 Through the two examples\, we demonstrate the potential of MAC design inno
 vations in supporting emerging IoT applications.\n\nVirtual: https://event
 s.vtools.ieee.org/m/237813
LOCATION:Virtual: https://events.vtools.ieee.org/m/237813
ORGANIZER:l5zhao@ryerson.ca
SEQUENCE:1
SUMMARY:MAC Protocol Design for IoT Applications 
URL;VALUE=URI:https://events.vtools.ieee.org/m/237813
X-ALT-DESC:Description: <br /><p>In this presentation\, we introduce media 
 access control (MAC) protocol design for two IoT applications\, i.e.\, veh
 icle-to-vehicle (V2V) safety message broadcast in connected vehicles and s
 mart factory in industry IoT. For each considered application\, we investi
 gate its unique communication characteristics\, design our MAC protocol ac
 cordingly\, and model and analyze the performance of the proposed design. 
 For the V2V safety message broadcast\, we develop a fully distributed MAC 
 that achieves substantially lower delay and collision probability compared
  to existing distributed MAC designs. For the smart factory application\, 
 we develop a centralized MAC that can support a large number of devices wi
 th a single communication channel while satisfying stringent delay and col
 lision requirements. Through the two examples\, we demonstrate the potenti
 al of MAC design innovations in supporting emerging IoT applications.&nbsp
 \;&nbsp\;</p>
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