Yahoo Suche Web Suche

Suchergebnisse

  1. Suchergebnisse:
  1. Vor 6 Tagen · Simon Peyton Jones is widely known as an essential force behind the design, implementation, evolution, and remarkable success of the Haskell language and the Glasgow Haskell Compiler for more than twenty years. His role as a primary designer of the Haskell language and the GHC implementation of Haskell has produced a platform for ...

  2. Vor 6 Tagen · Simon Peyton Jones has served the programming languages community for many years and in many capacities. In addition to serving on the SIGPLAN Executive Committee and on numerous program committees for the major SIGPLAN conferences, he has served as both program and general chair for ICFP and program chair for POPL, and as editor-in ...

  3. Vor 6 Tagen · Authors: David Terei, Simon Marlow, Simon Peyton Jones, David Mazières. Venue: Haskell Symposium 2012. Nomination Statement: This paper describes a language extension of Haskell that is intended to make it possible to confine and safely execute untrusted, possibly malicious code. It leverages Haskell’s type system, and imposes ...

  4. Vor 2 Tagen · Matt McCutchen, Judith Borghouts, Andrew D. Gordon, Simon Peyton Jones, Advait Sarkar: Elastic sheet-defined functions: Generalising spreadsheet functions to variable-size input arrays. e26 view

  5. If your character has met Christine at the Madre, that implies they’ve been there after the courier. If you follow that logic for Big MT as well, it’s easy enough to do what Ulysses did - follow the storms being generated by the weather facility and clamber over the edge of the crater somewhere.

  6. Vor 4 Tagen · Several others popularized and built on this idea, including Philip Wadler and Simon Peyton Jones, both of whom were involved in the specification of Haskell.

  7. Vor 5 Tagen · Orcid: 0000-0003-2410-7454. Faustyna Krawiec authored at least 4 papers between 2020 and 2022. Dijkstra number of three. Erdős number of four. Bibliography. 2022. Provably correct, asymptotically efficient, higher-order reverse-mode automatic differentiation. Faustyna Krawiec. , Simon Peyton Jones. , Neel Krishnaswami. , Tom Ellis. ,