Difference between revisions of "FASE 2013"

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|has Proceedings Bibliography=https://link.springer.com/book/10.1007%2F978-3-642-37057-1
 
|has Proceedings Bibliography=https://link.springer.com/book/10.1007%2F978-3-642-37057-1
 
|Acronym =FASE 2013
 
|Acronym =FASE 2013
|End date=2013/03/24
+
|End date=2013-03-24
 
|Series  =FASE
 
|Series  =FASE
 
|presence=presence
 
|presence=presence
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|State  =IT/62
 
|State  =IT/62
 
|City    =IT/62/Rome
 
|City    =IT/62/Rome
 +
|Year    =2013
 
|Homepage=https://etaps.org/2013/fase
 
|Homepage=https://etaps.org/2013/fase
 
|Ordinal =16
 
|Ordinal =16
|Start date=2013/03/16
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|Start date=2013-03-16
 
|Title  =International Conference on Fundamental Approaches to Software Engineering
 
|Title  =International Conference on Fundamental Approaches to Software Engineering
 
|Accepted papers=25
 
|Accepted papers=25

Revision as of 02:48, 19 November 2021


Event Rating

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List of all ratings can be found at FASE 2013/rating

FASE 2013
International Conference on Fundamental Approaches to Software Engineering
Ordinal 16
Event in series FASE
Subevent of ETAPS 2013
Dates 2013-03-16 (iCal) - 2013-03-24
Presence presence
Homepage: https://etaps.org/2013/fase
Submitting link: https://www.easychair.org/account/signin?l=1KWm9kLf54rxidbbAw20gk#
Location
Location: IT/62/Rome, IT/62, IT
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Important dates
Abstracts: 2012/10/07
Submissions: 2012/10/14
Notification: 2012/12/14
Papers: Submitted 112 / Accepted 25 (22.3 %)
Committees
PC chairs: Vittorio Cortellessa, Daniel Varró
Keynote speaker: Krzysztof Czarnecki
Table of Contents

The 16. International Conference on Fundamental Approaches to Software Engineering (FASE) 2013


Topics

  • Software engineering as an engineering discipline, including its interaction with and impact on society;
  • Requirements engineering: capture, consistency, and change management of software requirements;
  • Software architectures: description and analysis of the architecture of individual systems or classes of applications;
  • Specification, design, and implementation of particular classes of systems: adaptive, collaborative, embedded, distributed, mobile, pervasive, or service-oriented applications;
  • Software quality: validation and verification of software using theorem proving, model checking, testing, analysis, refinement methods, metrics or visualisation techniques;
  • Model-driven development and model transformation: meta-modelling, design and semantics of domain-specific languages, consistency and transformation of models, generative architectures;
  • Software processes: support for iterative, agile, and open source development;
  • Software evolution: refactoring, reverse and re-engineering, configuration management and architectural change, or aspect-orientation.