Pict

Pict is a language in the ML tradition, formed by adding a layer of convenient syntactic sugar and a static type system to a tiny core. The current release includes a Pict-to-C compiler, reference manual, language tutorial, numerous libraries, and example programs. The core language - an asynchronous variant of Milner, Parrow, and Walker’s pi-calculus - has been used as a theoretical foundation for a broad class of concurrent computations. The goal in Pict is to identify high-level idioms that arise naturally when these primitives are used to build working programs - idioms such as basic data structures, protocols for returning results, higher-order programming, selective communication, and concurrent objects. The type system integrates a number of features found in recent work on theoretical foundations for typed object-oriented languages.


References in zbMATH (referenced in 77 articles )

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  1. Bósa, Károly: Formal modeling of mobile computing systems based on ambient abstract state machines (2013)
  2. Ritson, Carl G.; Sampson, Adam T.; Barnes, Frederick R.M.: Multicore scheduling for lightweight communicating processes (2012)
  3. Vasconcelos, Vasco T.: Fundamentals of session types (2012)
  4. da Silva, Paulo Salem; de Melo, Ana C.V.: A formal environment model for multi-agent systems (2011)
  5. Gorla, Daniele: A taxonomy of process calculi for distribution and mobility (2010)
  6. Ohmori, Kenji; Kunii, Tosiyasu L.: Designing and modeling cyberworlds using the incrementally modular abstraction hierarchy based on homotopy theory (2010)
  7. Sroka, Jacek; Hidders, Jan; Missier, Paolo; Goble, Carole: A formal semantics for the Taverna 2 workflow model (2010)
  8. Bidinger, Philippe; Compagnoni, Adriana: Pict correctness revisited (2009)
  9. Cervesato, Iliano; Scedrov, Andre: Relating state-based and process-based concurrency through linear logic (full-version) (2009)
  10. Cogumbreiro, Tiago; Martins, Francisco; Vasconcelos, Vasco Thudichum: Compiling the pi-calculus into a multithreaded typed assembly language (2009)
  11. Gorla, Daniele: On the relative expressive power of calculi for mobility (2009)
  12. Gorla, Daniele: On the relative expressive power of calculi for mobility (2009)
  13. Hassan, Abubakar; Mackie, Ian; Sato, Shinya: Compilation of interaction nets (2009)
  14. Hassan, Abubakar; Mackie, Ian; Sato, Shinya: Compilation of interaction nets (2009)
  15. Hennessy, Matthew; Gaur, Manish: Counting the cost in the picalculus (extended abstract) (2009)
  16. Hennessy, Matthew; Gaur, Manish: Counting the cost in the picalculus (Extended abstract) (2009)
  17. Affeldt, Reynald; Kobayashi, Naoki: A coq library for verification of concurrent programs. (2008)
  18. Gorla, Daniele: Comparing communication primitives via their relative expressive power (2008)
  19. Kobayashi, Naoki; Sangiorgi, Davide: A hybrid type system for lock-freedom of mobile processes (2008)
  20. Ma, Qin; Maranget, Luc: Algebraic pattern matching in join calculus (2008)

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