ppt - FSU Computer Science
... languages or have been adopted by modern programming languages: • First-class function values: the ability of functions to return newly constructed functions. • Higher-order functions: functions that take other functions as input parameters or return functions. • Polymorphism: the ability to write f ...
... languages or have been adopted by modern programming languages: • First-class function values: the ability of functions to return newly constructed functions. • Higher-order functions: functions that take other functions as input parameters or return functions. • Polymorphism: the ability to write f ...
PPT
... Starting after this point continues a declaration, while starting before this point terminates a declaration. CS5205 ...
... Starting after this point continues a declaration, while starting before this point terminates a declaration. CS5205 ...
Example - bYTEBoss
... 5. It should be based on ideas that enjoy a wide consensus. 6. It should reduce unnecessary diversity in functional programming languages. ...
... 5. It should be based on ideas that enjoy a wide consensus. 6. It should reduce unnecessary diversity in functional programming languages. ...
Lecture 21 - FSU Computer Science
... languages or have been adopted by modern programming languages: • First-class function values: the ability of functions to return newly constructed functions. • Higher-order functions: functions that take other functions as input parameters or return functions. • Polymorphism: the ability to write f ...
... languages or have been adopted by modern programming languages: • First-class function values: the ability of functions to return newly constructed functions. • Higher-order functions: functions that take other functions as input parameters or return functions. • Polymorphism: the ability to write f ...
implementation of the viterbi algorithm using functional
... introducing parity bits into the transmitted signal. FEC codes are commonly used in wireless communications but have not yet been fielded in the telemetry world. However, FEC codes offer benefits to the telemetry world including the ability to provide reliable communication at very low signal-to-noi ...
... introducing parity bits into the transmitted signal. FEC codes are commonly used in wireless communications but have not yet been fielded in the telemetry world. However, FEC codes offer benefits to the telemetry world including the ability to provide reliable communication at very low signal-to-noi ...
10~Chapter 10_Functi.. - Programming Assignment 0
... of the letter λ—hence the notation’s name. – Lambda calculus was the inspiration for functional programming – one uses it to compute by substituting parameters into expressions, just as one computes in a high level functional program by passing arguments to functions Copyright © 2009 Elsevier ...
... of the letter λ—hence the notation’s name. – Lambda calculus was the inspiration for functional programming – one uses it to compute by substituting parameters into expressions, just as one computes in a high level functional program by passing arguments to functions Copyright © 2009 Elsevier ...
Two classes of Boolean functions for dependency analysis
... Boolean functions. The simplest way to do this is to evaluate the Boolean recurrences we created earlier, recording the calls rather than the results. Assume that we are interested in the call patterns that could possibly occur as a consequence of calling quicksort with a ground first argument. By a ...
... Boolean functions. The simplest way to do this is to evaluate the Boolean recurrences we created earlier, recording the calls rather than the results. Assume that we are interested in the call patterns that could possibly occur as a consequence of calling quicksort with a ground first argument. By a ...
![Scheme [PPT]](http://s1.studyres.com/store/data/000434604_1-ff9167cda1c43083f470d57127811028-300x300.png)
Scheme [PPT]
... Examples of higher-order functions • map – Takes as arguments a function and a sequence of lists – There must be as many lists as arguments of the function, and lists must have the same length – Applies the function on corresponding sets of elements from the lists – Returns all the results in a lis ...
... Examples of higher-order functions • map – Takes as arguments a function and a sequence of lists – There must be as many lists as arguments of the function, and lists must have the same length – Applies the function on corresponding sets of elements from the lists – Returns all the results in a lis ...
Chapter 15 Functional Programming
... in M, then the term M[N/x] is formed by replacing all free occurrences of x in M by N. Otherwise, assume that the variable y is free in N and bound in M. Then consistently replace the binding and corresponding bound occurrences of y in M by a new variable, say u. Repeat this renaming of bound variab ...
... in M, then the term M[N/x] is formed by replacing all free occurrences of x in M by N. Otherwise, assume that the variable y is free in N and bound in M. Then consistently replace the binding and corresponding bound occurrences of y in M by a new variable, say u. Repeat this renaming of bound variab ...
Lecture 07 - University of Florida
... let X=3 and Y=5 in Print(X+Y) • Note the and keyword: not a boolean operator (for that we have &). ...
... let X=3 and Y=5 in Print(X+Y) • Note the and keyword: not a boolean operator (for that we have &). ...
Functional Programming - II
... • A functional program consists of an expression, not a sequence of statements. • Higher-order functions are first-class citizen in the language. – It can be nameless • List processing is convenient and expressive • In ML, every expression must be well-typed. • Algebraic data types empowers the lang ...
... • A functional program consists of an expression, not a sequence of statements. • Higher-order functions are first-class citizen in the language. – It can be nameless • List processing is convenient and expressive • In ML, every expression must be well-typed. • Algebraic data types empowers the lang ...
Lecture - 12: The RPAL Functional Language
... let X=3 and Y=5 in Print(X+Y) • Note the and keyword: not a boolean operator (for that we have &). ...
... let X=3 and Y=5 in Print(X+Y) • Note the and keyword: not a boolean operator (for that we have &). ...
bYTEBoss control
... Dynamic scoping of handlers • First call handles exception one way • Second call handles exception another • General dynamic scoping rule Jump to most recently established handler on run-time stack ...
... Dynamic scoping of handlers • First call handles exception one way • Second call handles exception another • General dynamic scoping rule Jump to most recently established handler on run-time stack ...
The Clean programming language
... easily. The portability of Clean program makes it possible to use the same source code without any modification. ...
... easily. The portability of Clean program makes it possible to use the same source code without any modification. ...
overview on declarative programming
... Hiding implementation details can be considered a handicap for programmers because access to low-level details provides a high degree of flexibility. However, a lot of flexibility implies a lot of potential for errors, and, more importantly, less potential for abstraction. For example, we can write ...
... Hiding implementation details can be considered a handicap for programmers because access to low-level details provides a high degree of flexibility. However, a lot of flexibility implies a lot of potential for errors, and, more importantly, less potential for abstraction. For example, we can write ...
Modeling C preprocessor metaprograms using purely functional
... Each constructor creates a sequence, where the first item is the name of the constructor function itself that can be used as a tag later. This makes pattern matching possible, which is explained in the next subsection. The rest of the sequence is simply holding the actual arguments provided to the c ...
... Each constructor creates a sequence, where the first item is the name of the constructor function itself that can be used as a tag later. This makes pattern matching possible, which is explained in the next subsection. The rest of the sequence is simply holding the actual arguments provided to the c ...
Getting Started With . . . Haskell for Knowledge Representation
... The intention is that variabele x stands proxy for a number of type Int. The result, the squared number, also has type Int. The function sqr is a function that, when combined with an argument of type Int, yields a value of type Int. This is precisely what the type-indication Int -> Int expresses. ...
... The intention is that variabele x stands proxy for a number of type Int. The result, the squared number, also has type Int. The function sqr is a function that, when combined with an argument of type Int, yields a value of type Int. This is precisely what the type-indication Int -> Int expresses. ...
Compiling Functional Programming Languages (FPLs) λ
... Less than a handful is enough to write ANY lambda expression (assuming no free variables) WITHOUT VARIABLES, as Curry and Feys showed in 1958. Amazingly, two are enough: S and K . Supercombinators have names made-up during compilation; they are not primitives (hence the $X notation). Combinatory Log ...
... Less than a handful is enough to write ANY lambda expression (assuming no free variables) WITHOUT VARIABLES, as Curry and Feys showed in 1958. Amazingly, two are enough: S and K . Supercombinators have names made-up during compilation; they are not primitives (hence the $X notation). Combinatory Log ...
5. Functional Programming
... module system, a monadic I/O system, and a rich set of primitive datatypes, including lists, arrays, arbitrary and fixed precision integers, and floating-point numbers. Haskell is both the culmination and solidification of many years of research on lazy functional languages. — The Haskell 98 report ...
... module system, a monadic I/O system, and a rich set of primitive datatypes, including lists, arrays, arbitrary and fixed precision integers, and floating-point numbers. Haskell is both the culmination and solidification of many years of research on lazy functional languages. — The Haskell 98 report ...
5. Functional Programming
... module system, a monadic I/O system, and a rich set of primitive datatypes, including lists, arrays, arbitrary and fixed precision integers, and floating-point numbers. Haskell is both the culmination and solidification of many years of research on lazy functional languages. — The Haskell 98 report ...
... module system, a monadic I/O system, and a rich set of primitive datatypes, including lists, arrays, arbitrary and fixed precision integers, and floating-point numbers. Haskell is both the culmination and solidification of many years of research on lazy functional languages. — The Haskell 98 report ...
ppt - Rensselaer Polytechnic Institute: Computer Science
... Given the mathematical functions: f(x) = x2 , g(x) = x+1 f g is the composition of f and g: f g (x) = f(g(x)) f g (x) = f(g(x)) = f(x+1) = (x+1)2 = x2 + 2x + 1 g f (x) = g(f(x)) = g(x2) = x2 + 1 Function composition is therefore not commutative. Function composition can be regarded as a (highe ...
... Given the mathematical functions: f(x) = x2 , g(x) = x+1 f g is the composition of f and g: f g (x) = f(g(x)) f g (x) = f(g(x)) = f(x+1) = (x+1)2 = x2 + 2x + 1 g f (x) = g(f(x)) = g(x2) = x2 + 1 Function composition is therefore not commutative. Function composition can be regarded as a (highe ...
Chapter 11 - Functional Programming, Part II: ML, Delayed
... they can take values from a (finite) number of different types. An easy example is the square function, defined by square x = x * x. The type of square in Haskell is: square :: Num a => a -> a This says basically that square is defined for any Num a type (such types all have a * function). The ...
... they can take values from a (finite) number of different types. An easy example is the square function, defined by square x = x * x. The type of square in Haskell is: square :: Num a => a -> a This says basically that square is defined for any Num a type (such types all have a * function). The ...
Chapter 11 - Functional Programming, Part II: ML, Delayed
... they can take values from a (finite) number of different types. An easy example is the square function, defined by square x = x * x. The type of square in Haskell is: square :: Num a => a -> a This says basically that square is defined for any Num a type (such types all have a * function). The ...
... they can take values from a (finite) number of different types. An easy example is the square function, defined by square x = x * x. The type of square in Haskell is: square :: Num a => a -> a This says basically that square is defined for any Num a type (such types all have a * function). The ...
Lambda expressions, functions and binding
... And we know how to evaluate lambda-expressions applied to argument: replace formal parameter by actual parameter. Everything in functional programming can be explained by lambda expressions. You could view them as the assembly language of functional programming. Even lower level: COMBINATORS. All of ...
... And we know how to evaluate lambda-expressions applied to argument: replace formal parameter by actual parameter. Everything in functional programming can be explained by lambda expressions. You could view them as the assembly language of functional programming. Even lower level: COMBINATORS. All of ...
ppt
... variables when beta-reducing a lambda calculus expression. In the following, we rename x to z, (or any other fresh variable): (x.(y x) x) ...
... variables when beta-reducing a lambda calculus expression. In the following, we rename x to z, (or any other fresh variable): (x.(y x) x) ...