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DTSTAMP:20210122T020226Z
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DTSTART;TZID=Canada/Central:20201214T103000
DTEND;TZID=Canada/Central:20201214T120000
DESCRIPTION:With the extensive development of information and communication
  technologies in vertical industry applications\, industrial IoT (IIoT) sy
 stems are expected to enable a wide variety of applications\, including ad
 vanced manufacturing\, networked control\, and smart supply chain\, which 
 all exclusively hinges on the efficient cooperation and coordination among
  the involved IIoT devices and infrastructures. The ubiquitous connection 
 among IIoT entities and the associated exchange of collaborative informati
 on necessitates the achievement of accurate network synchronization\, whic
 h can guarantee the temporal alignment of the critical data. However\, tra
 ditional clock synchronization methods inherent to the high network overhe
 ad\, insufficient achievable accuracy\, and the lack of security mechanism
 s will inevitably deteriorate the overall performance of the IIoT systems.
  To enhance the temporal correlation of the distributed devices and data i
 n large-scale IIoT systems\, designing industry-oriented synchronization p
 rotocols in terms of accuracy improvement\, resource-saving\, and security
  enhancement is necessary.\n\nVirtual: https://events.vtools.ieee.org/m/25
 1388
LOCATION:Virtual: https://events.vtools.ieee.org/m/251388
ORGANIZER:hfang42@uwo.ca
SEQUENCE:3
SUMMARY:Technical seminar: Intelligent Synchronization over Large-Scale Ind
 ustrial Internet of Things Networks.
URL;VALUE=URI:https://events.vtools.ieee.org/m/251388
X-ALT-DESC:Description: <br /><pre class="js_message_plain ng-binding">With
  the extensive development of information and communication technologies i
 n vertical industry applications\, industrial IoT (IIoT) systems are expec
 ted to enable a wide variety of applications\, including advanced manufact
 uring\, networked control\, and smart supply chain\, which all exclusively
  hinges on the efficient cooperation and coordination among the involved I
 IoT devices and infrastructures. The ubiquitous connection among IIoT enti
 ties and the associated exchange of collaborative information necessitates
  the achievement of accurate network synchronization\, which can guarantee
  the temporal alignment of the critical data. However\, traditional clock 
 synchronization methods inherent to the high network overhead\, insufficie
 nt achievable accuracy\, and the lack of security mechanisms will inevitab
 ly deteriorate the overall performance of the IIoT systems. To enhance the
  temporal correlation of the distributed devices and data in large-scale I
 IoT systems\, designing industry-oriented synchronization protocols in ter
 ms of accuracy improvement\, resource-saving\, and security enhancement is
  necessary.</pre>
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