Difference between revisions of "Event:DAIS 2018"

From ConfIDent
(mobo import Concept___Events-migrated)
(mobo import Concept___Events_With_Metrics-migrated)
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|has general chair=Manuel Núñez
 
|has general chair=Manuel Núñez
 
|has workshop chair=Luis Llana, Ngoc-Thanh
 
|has workshop chair=Luis Llana, Ngoc-Thanh
|Submitted papers=33
 
|Accepted papers=10
 
|Accepted short papers=2
 
 
|has Proceedings Link=https://link.springer.com/content/pdf/10.1007%2F978-3-319-93767-0.pdf
 
|has Proceedings Link=https://link.springer.com/content/pdf/10.1007%2F978-3-319-93767-0.pdf
 
|has Proceedings DOI=https://doi.org/10.1007/978-3-319-93767-0
 
|has Proceedings DOI=https://doi.org/10.1007/978-3-319-93767-0
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|Camera-Ready Deadline=2018/04/15
 
|Camera-Ready Deadline=2018/04/15
 
|Submission Deadline=2018/02/23
 
|Submission Deadline=2018/02/23
 +
}}
 +
{{Event Metric
 +
|Number Of Submitted Papers=33
 +
|Number Of Accepted Papers=10
 +
|Number Of Accepted Short Papers=2
 
}}
 
}}
 
{{S Event}}
 
{{S Event}}

Revision as of 13:39, 18 October 2022

Deadlines
2018-03-30
2018-02-16
2018-02-23
2018-04-15
2018-02-23
16
Feb
2018
Abstract
23
Feb
2018
Submission
23
Feb
2018
Paper
30
Mar
2018
Notification
15
Apr
2018
Camera-Ready
Metrics
Submitted Papers
33
Accepted Papers
10
Accepted Short Papers
2
Venue

Facultad de Informática, Madrid, Community of Madrid, Spain

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Topics

Novel and innovative distributed applications and systems, particularly in areas of:

  • middleware,
  • cloud computing,
  • edge and fog computing,
  • big data processing,
  • streaming and complex event processing,
  • social networking,
  • cyber-physical systems,
  • mobile computing,
  • advanced networking (SDN/NFV),
  • service-oriented computing, and
  • peer-to-peer systems;


Novel architectures and mechanisms, particularly in areas of:

  • publish/subscribe systems,
  • language-based approaches,
  • data center and internet-scale systems,
  • virtualization and resource allocation,
  • distributed storage,
  • blockchains, cryptocurrencies and smart contracts, and
  • bio-inspired distributed computing;


System issues and design goals, including:

  • interoperability and adaptation,
  • self-* properties (e.g., self-organization, self-management, ...),
  • security and practical applications of cryptography,
  • trust and privacy,
  • cooperation incentives and fairness,
  • fault-tolerance and dependability,
  • scalability and elasticity, and
  • tail-performance and energy-efficiency
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