Suche auf der Schloss Dagstuhl Webseite
Sie suchen nach Informationen auf den Webseiten der einzelnen Seminare? - Dann:
Nicht fündig geworden? - Einige unserer Dienste laufen auf separaten Webseiten mit jeweils eigener Suche. Bitte beachten Sie folgende Liste:
Schloss Dagstuhl - LZI - Logo
Schloss Dagstuhl Services
Innerhalb dieser Seite:
Externe Seiten:
  • DOOR (zum Registrieren eines Dagstuhl Aufenthaltes)
  • DOSA (zum Beantragen künftiger Dagstuhl Seminare oder Dagstuhl Perspektiven Workshops)
Innerhalb dieser Seite:
Externe Seiten:
Innerhalb dieser Seite:
Externe Seiten:
  • die Informatik-Bibliographiedatenbank dblp

Dagstuhl-Seminar 23391

The Futures of Reactive Synthesis

( 24. Sep – 29. Sep, 2023 )

(zum Vergrößern in der Bildmitte klicken)

Bitte benutzen Sie folgende Kurz-Url zum Verlinken dieser Seite:



Gemeinsame Dokumente



Reactive systems are computer systems that maintain a continuous interaction with their environment. These include, for example, hardware circuits, communication protocols, or embedded controllers. Reactive synthesis is the task of constructing such systems automatically from logical specifications. Because synthesis eliminates the need for a manual implementation, it has the potential to revolutionize the development process for reactive systems. And indeed, synthesis has, over the past few years, found applications in several areas of systems engineering, notably in the construction of circuits and device drivers and in the synthesis of controllers for robots and manufacturing plants.

Rooted in automata theory and logic, reactive synthesis has been actively investigated since its inception by Alonzo Church more than fifty years ago. In the past decade the successful SYNTCOMP academic competition has been driving theoretical and practical progress. This has led to very efficient implementations of the existing techniques.

We believe that the next steps for reactive synthesis will require new insights, data structures, and approaches that may lead to considerable improvements. In this endeavor we will discuss the potential of neural-symbolic computation and more generally machine learning techniques, template-based solving in the context of constraint programming, symbolic algorithms, and connections to program synthesis and in particular Syntax Guided Synthesis

Copyright Nathanael Fijalkow, Bernd Finkbeiner, Guillermo A. Pérez, and Elizabeth Polgreen


  • Artificial Intelligence
  • Formal Languages and Automata Theory
  • Programming Languages

  • Reactive synthesis
  • program synthesis
  • Temporal synthesis
  • Program verification