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DTSTAMP:20240806T140709Z
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DTSTART;TZID=America/New_York:20240802T183000
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DESCRIPTION:Abstract: The fusion of digital and real worlds in all dimensio
 ns will be the driving force for future sixth-generation (6G) wireless sys
 tems. Ubiquitous in-time and on-time communication services between humans
 \, machines\, robots\, and their virtual counterparts are essential\, and 
 they expand from the ground to air\, space\, underground\, and deep sea. 6
 G systems are not only data pipelines but also large-scale distributed com
 puting systems with integrated sensing\, processing\, storage\, communicat
 ion and computing capabilities. It is challenging to build ubiquitous and 
 intelligent 6G systems\, handling stringent quality-of-service (QoS) requi
 rements\, providing a rich set of communication modes\, including unicast\
 , multicast\, broadcast\, in-cast\, and group-cast\, and supporting user-c
 entric mobile applications. In this talk\, we introduce a new protocol arc
 hitecture architecture that can provide a wide range of control functions\
 , and be intelligently configured for different types of 6G applications a
 nd networking environments. Its design principles\, self-evolving and tran
 sformative potentials\, and open issues are discussed. We also introduce t
 wo use cases applying the architecture to develop a delay-guaranteed routi
 ng protocol and a mobility-aware multi-path QUIC protocol for seamless han
 dover in satellite networks.\n\nCo-sponsored by: CH01072 - New Jersey Coas
 t Section Chapter\,COM19\n\nVirtual: https://events.vtools.ieee.org/m/4199
 62
LOCATION:Virtual: https://events.vtools.ieee.org/m/419962
ORGANIZER:Sharmaneerja100@gmail.com
SEQUENCE:17
SUMMARY:Intelligent Protocol Architecture for 6G
URL;VALUE=URI:https://events.vtools.ieee.org/m/419962
X-ALT-DESC:Description: <br /><p>Abstract: The fusion of digital and real&n
 bsp\;worlds in all dimensions will be the driving force for future sixth-g
 eneration&nbsp\;(6G)&nbsp\;wireless systems. Ubiquitous in-time and on-tim
 e communication services&nbsp\;between humans\, machines\, robots\, and th
 eir virtual&nbsp\;counterparts are essential\,&nbsp\;and they expand from 
 the ground to air\, space\, underground\, and deep sea. 6G&nbsp\;systems a
 re not only&nbsp\;data pipelines but also large-scale distributed computin
 g&nbsp\;systems with integrated sensing\, processing\, storage\, communica
 tion&nbsp\;and computing&nbsp\;capabilities. It is challenging to build ub
 iquitous and intelligent 6G systems\,&nbsp\;handling stringent quality-of-
 service (QoS) requirements\, providing a rich set&nbsp\;of communication m
 odes\, including unicast\, multicast\, broadcast\, in-cast\, and&nbsp\;gro
 up-cast\, and supporting user-centric mobile applications. In this talk\, 
 we&nbsp\;introduce a new protocol architecture architecture&nbsp\;that can
  provide a wide&nbsp\;range of control&nbsp\;functions\,&nbsp\;and&nbsp\;b
 e&nbsp\;<wbr>intelligently configured for different types of 6G applicatio
 ns and networking environments. Its design principles\, self-evolving and 
 transformative potentials\, and open issues are discussed. We also introdu
 ce two use cases applying the architecture to develop a delay-guaranteed r
 outing protocol and a mobility-aware multi-path QUIC protocol for seamless
  handover in satellite networks.</p>
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