Difference between revisions of "ESOP 2013"

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|presence=presence
 
|presence=presence
 
|has program chair=Matthias Felleisen, Philippa Gardner
 
|has program chair=Matthias Felleisen, Philippa Gardner
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|Submitted papers=120
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|Accepted papers=31
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|has Proceedings DOI=https://doi.org/10.1007/978-3-642-37036-6
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|has Proceedings Bibliography=https://link.springer.com/book/10.1007%2F978-3-642-37036-6
 
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The 22. European Symposium on Programming (ESOP) 2013
 
The 22. European Symposium on Programming (ESOP) 2013
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*Methods and tools for implementation: program transformations, rewriting systems, partial evaluation, experimental evaluations, virtual machines, intermediate languages, run-time environments;
 
*Methods and tools for implementation: program transformations, rewriting systems, partial evaluation, experimental evaluations, virtual machines, intermediate languages, run-time environments;
 
*Concurrency and distribution: process algebras, concurrency theory, parallel programming, service-oriented computing, distributed and mobile languages.
 
*Concurrency and distribution: process algebras, concurrency theory, parallel programming, service-oriented computing, distributed and mobile languages.
 
 
==Submissions==
 
==Important Dates==
 

Revision as of 12:36, 1 December 2021

ESOP 2013
European Symposium on Programming
Ordinal 22
Event in series ESOP
Subevent of ETAPS 2013
Dates 2013/03/16 (iCal) - 2013/03/24
Presence presence
Homepage: https://etaps.org/2013/esop
Location
Location: Rome, Italy
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Papers: Submitted 120 / Accepted 31 (25.8 %)
Committees
PC chairs: Matthias Felleisen, Philippa Gardner
Table of Contents

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The 22. European Symposium on Programming (ESOP) 2013


Topics

  • Programming paradigms and styles: functional programming, object-oriented programming, aspect-oriented programming, logic programming, constraint programming, extensible programming languages, domain-specific languages, synchronous and real-time programming languages;
  • Methods and tools to write and specify programs and languages: programming techniques, logical foundations, denotational semantics, operational semantics, meta programming, module systems, language-based security;
  • Methods and tools for reasoning about programs: type systems, abstract interpretation, program verification, testing;
  • Methods and tools for implementation: program transformations, rewriting systems, partial evaluation, experimental evaluations, virtual machines, intermediate languages, run-time environments;
  • Concurrency and distribution: process algebras, concurrency theory, parallel programming, service-oriented computing, distributed and mobile languages.