3. å ãã¿ The Proper Treatment of Quantification in ordinary English 1973 Richard Montague
3. å ãã¿ The Proper Treatment of Quantification in ordinary English 1973 Richard Montague
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fact(0) -> 1; %% Pattern matching for control-flow fact(N) -> N * fact(N-1). %% Recursion to create loops > example:fact(10). %% Interactive shell for fast iterations 3628800 > [{I, example:fact(I)} || I <- lists:seq(1,10)]. [{1, 1}, {2, 2}, {3, 6}, {4, 24}, {5, 120}, {6, 720}, {7, 5040}, {8, 40320}, {9, 362880}, {10, 3628800}] > Fruits = ["banana","monkey","jungle"]. %% Immutable variables ["bana
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One of the joys of playing at being a publisher is that I get to mess around with the technology in books as those books are getting written. Lately I've been having a blast with Joe Armstrong's new Erlang Book. At some point I'll blog about the really neat way the Erlang database unifies the set-based SQL query language and list comprehensions (it's obvious when you think about it, but it blew me
Project introduction: This project uses a language-based technique to unify two seemingly opposite programming models for building massively concurrent network services: the event-driven model and the multithreaded model. The result is a unified concurrency model providing both thread abstractions and event abstractions. We implemented the unified concurrency model in Haskell, a pure, lazy, fun
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Advanced Topics in Programming Languages Series: Parametric Polymorphi... Advanced Topics in Programming Languages Series: Parametric Polymorphism - 30:38 - Apr 18, 2007 Google engEDU () Rate: Google Tech Talks April 18, 2007 ABSTRACT Advanced Topics in Programming Languages Series: Parametric Polymorphism and the Girard-Rey...all » Google Tech Talks April 18, 2007 ABSTRACT Advanced Topics in Pro
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