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BEGIN:VEVENT
DTSTAMP:20210216T223826Z
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DTSTART;TZID=Europe/London:20201221T140000
DTEND;TZID=Europe/London:20201221T150000
DESCRIPTION:Since Mitola’s idea of cognitive radio which arose close to 2
 000\, significant advancements have been made toward applying intelligence
  in communications networks. While 2020 marks an important milestone in th
 e deployment of 5G wireless networks\, planning to deliver enhanced mobile
  broadband\, massive connectivity\, ultra-reliability and lower latency\, 
 beyond 5G wireless (B5G) aims to provide a major paradigm shift from conne
 cted things to connected intelligence. Besides the synergy between communi
 cations and computing\, B5G seeks to integrate sensing and support a perva
 sive intelligence. After 20 years\, we can state that the idea of extendin
 g cognition to artificial intelligence (AI) in the field of communications
  has arrived. The next decade is crucial for research and development acti
 vities to achieving a native AI-based 6G network\, capable of not only adv
 ancing the digitalization of vertical industries\, but also of addressing 
 human challenges through a connected world.\n\nThis talk will provide a br
 ief overview of advances in transitioning from cognition to intelligence i
 n communications networks\, with emphasis on the features of 5G\, as well 
 as on the envisioned 6G wireless. It will discuss the intelligence integra
 tion supported by mobile edge computing in both terrestrial and vertical d
 imensions of emerging communications networks\, along with modalities to d
 eveloping a deep learning network. Furthermore\, applications of machine l
 earning techniques to communications will be presented\, e.g.\, to the ide
 ntification of the signal types in both wireless and optical communication
 s areas. Finally\, the talk will highlight research directions for the app
 lication of AI to the field of communications.\n\nSpeaker(s): Professor Oc
 tavia A. Dobre\, \n\nFaculty of Engineering and Environment\, Northumbria 
 University\, Newcastle upon Tyne\, England\, United Kingdom\, NE1 8ST\, Vi
 rtual: https://events.vtools.ieee.org/m/250950
LOCATION:Faculty of Engineering and Environment\, Northumbria University\, 
 Newcastle upon Tyne\, England\, United Kingdom\, NE1 8ST\, Virtual: https:
 //events.vtools.ieee.org/m/250950
ORGANIZER:hoa.le-minh@northumbria.ac.uk
SEQUENCE:4
SUMMARY:From Cognition to Intelligence in Communications Networks
URL;VALUE=URI:https://events.vtools.ieee.org/m/250950
X-ALT-DESC:Description: <br /><p>Since Mitola&rsquo\;s idea of cognitive ra
 dio which arose close to 2000\, significant advancements have been made to
 ward applying intelligence in communications networks. While 2020 marks an
  important milestone in the deployment of 5G wireless networks\, planning 
 to deliver enhanced mobile broadband\, massive connectivity\, ultra-reliab
 ility and lower latency\, beyond 5G wireless (B5G) aims to provide a major
  paradigm shift from connected things to connected intelligence. Besides t
 he synergy between communications and computing\, B5G seeks to integrate s
 ensing and support a pervasive intelligence. After 20 years\, we can state
  that the idea of extending cognition to artificial intelligence (AI) in t
 he field of communications has arrived. The next decade is crucial for res
 earch and development activities to achieving a native AI-based 6G network
 \, capable of not only advancing the digitalization of vertical industries
 \, but also of addressing human challenges through a connected world.</p>\
 n<p>&nbsp\;</p>\n<p>This talk will provide a brief overview of advances in
  transitioning from cognition to intelligence in communications networks\,
  with emphasis on the features of 5G\, as well as on the envisioned 6G wir
 eless. It will discuss the intelligence integration supported by mobile ed
 ge computing in both terrestrial and vertical dimensions of emerging commu
 nications networks\, along with modalities to developing a deep learning n
 etwork. Furthermore\, applications of machine learning techniques to commu
 nications will be presented\, e.g.\, to the identification of the signal t
 ypes in both wireless and optical communications areas. Finally\, the talk
  will highlight research directions for the application of AI to the field
  of communications.</p>
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