Functional Programming
... Aggregate constructs for constructing structured objects: the ability to specify a structured object in-line such as a complete list or record value Garbage collection COP4020 Fall 2008 ...
... Aggregate constructs for constructing structured objects: the ability to specify a structured object in-line such as a complete list or record value Garbage collection COP4020 Fall 2008 ...
15. Functional Programming Languages.
... A functional form that takes a list of functions as parameters and yields a list of the results of applying each of its parameter functions to a given parameter Form: [f, g] For f (x) ∫ x * x * x and g (x) ∫ x + 3, [f, g] (4) yields (64, 7) 3. Apply-to-all A functional form that takes a single funct ...
... A functional form that takes a list of functions as parameters and yields a list of the results of applying each of its parameter functions to a given parameter Form: [f, g] For f (x) ∫ x * x * x and g (x) ∫ x + 3, [f, g] (4) yields (64, 7) 3. Apply-to-all A functional form that takes a single funct ...
Chapter 14 Functional Programming Languages
... A functional form that takes a list of functions as parameters and yields a list of the results of applying each of its parameter functions to a given parameter Form: [f, g] For f (x) ≡ x * x * x and g (x) ≡ x + 3, [f, g] (4) yields (64, 7) 3. Apply-to-all A functional form that takes a single funct ...
... A functional form that takes a list of functions as parameters and yields a list of the results of applying each of its parameter functions to a given parameter Form: [f, g] For f (x) ≡ x * x * x and g (x) ≡ x + 3, [f, g] (4) yields (64, 7) 3. Apply-to-all A functional form that takes a single funct ...
slides
... A functional form that takes a list of functions as parameters and yields a list of the results of applying each of its parameter functions to a given parameter Form: [f, g] For f (x) x * x * x and g (x) x + 3, [f, g] (4) yields (64, 7) 3. Apply-to-all A functional form that takes a single funct ...
... A functional form that takes a list of functions as parameters and yields a list of the results of applying each of its parameter functions to a given parameter Form: [f, g] For f (x) x * x * x and g (x) x + 3, [f, g] (4) yields (64, 7) 3. Apply-to-all A functional form that takes a single funct ...
Functional Programming
... – Structural relationships among parts are obvious. e.g. one expression is subexpression of another if the first is textually embedded in the second. Expressions are unrelated if they ...
... – Structural relationships among parts are obvious. e.g. one expression is subexpression of another if the first is textually embedded in the second. Expressions are unrelated if they ...
Functional Programming
... • Computation is more implicit (suggested but not communicated directly ) and functional call is the only form of explicit control • Many (commercial) applications exist for functional programming: ...
... • Computation is more implicit (suggested but not communicated directly ) and functional call is the only form of explicit control • Many (commercial) applications exist for functional programming: ...
Using TEX`s language within a course about functional programming
... \begin{bfseries}...\end{bfseries}—comes from performance considerations, since at the time TEX came out, computers were not as efficient as today. Nevertheless, are there other languages that could be successfully used as support of our unit? Yes and no. An interesting example could be Common Lisp. ...
... \begin{bfseries}...\end{bfseries}—comes from performance considerations, since at the time TEX came out, computers were not as efficient as today. Nevertheless, are there other languages that could be successfully used as support of our unit? Yes and no. An interesting example could be Common Lisp. ...
functional form
... – Lisp is the second-oldest high-level programming language in widespread use today (Fortran is the oldest) – The name LISP strands for "LISt Processing“ – The original LISP uses dynamic scope ...
... – Lisp is the second-oldest high-level programming language in widespread use today (Fortran is the oldest) – The name LISP strands for "LISt Processing“ – The original LISP uses dynamic scope ...
Chapter 15 - Department of Computer Science University of Miami
... based directly on the von Neumann architecture – Efficiency is the primary concern, rather than the suitability of the language for software development ...
... based directly on the von Neumann architecture – Efficiency is the primary concern, rather than the suitability of the language for software development ...
Functional
... – (LIST-REF X num) returns the (num)th element of list X, where the first element has index 0 – (APPEND X Y ... Z) copies all the lists except the last and returns a list with the copy of X followed by the copy of Y followed by... followed by the original of Z ...
... – (LIST-REF X num) returns the (num)th element of list X, where the first element has index 0 – (APPEND X Y ... Z) copies all the lists except the last and returns a list with the copy of X followed by the copy of Y followed by... followed by the original of Z ...
Functional Programming
... Implementation of LISP and its Dialects • Usually implemented as an interpreted language, although there are compiled forms. • A LISP interpreter generally consists of: – a memory manager – collection of core functions implemented in compiled form for speed – a set of support functions implemented ...
... Implementation of LISP and its Dialects • Usually implemented as an interpreted language, although there are compiled forms. • A LISP interpreter generally consists of: – a memory manager – collection of core functions implemented in compiled form for speed – a set of support functions implemented ...
Functional Programming
... in late 50's, McCarthy developed LISP (List Processing Language) instantly popular as the language for AI separation from the underlying architecture tended to make it less efficient (and usually interpreted) ...
... in late 50's, McCarthy developed LISP (List Processing Language) instantly popular as the language for AI separation from the underlying architecture tended to make it less efficient (and usually interpreted) ...
CSC 533: Programming Languages Spring 2017
... LISP LISP is very simple and orthogonal § only 2 kinds of data objects 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access § all ...
... LISP LISP is very simple and orthogonal § only 2 kinds of data objects 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access § all ...
Functional Programming
... depends only upon the values of its arguments and not on any previous computation or the order of evaluation for its arguments. • This is in contrast to the view of functions in imperative languages, where function values are based on arguments, order of evaluation, and can also have side effects (c ...
... depends only upon the values of its arguments and not on any previous computation or the order of evaluation for its arguments. • This is in contrast to the view of functions in imperative languages, where function values are based on arguments, order of evaluation, and can also have side effects (c ...
Functional_Languages_Intro
... – The transition function is a list of pairs • the first element of each pair is a pair, whose first element is a state and whose second element in an input symbol • if the current state and next input symbol match the first element of a pair, then the finite automaton enters the state given by the ...
... – The transition function is a list of pairs • the first element of each pair is a pair, whose first element is a state and whose second element in an input symbol • if the current state and next input symbol match the first element of a pair, then the finite automaton enters the state given by the ...
function
... 1. If the free variables of N have no bound occurrences in M, then the term M[N/x] is formed by replacing all free occurrences of x in M by N. 2. Otherwise, assume that the variable y is free in N and bound in M. Consistently replace the binding and the corresponding bound occurrences of y in M by a ...
... 1. If the free variables of N have no bound occurrences in M, then the term M[N/x] is formed by replacing all free occurrences of x in M by N. 2. Otherwise, assume that the variable y is free in N and bound in M. Consistently replace the binding and the corresponding bound occurrences of y in M by a ...
10~Chapter 10_Functi.. - Programming Assignment 0
... however, is the wrong way to look at things – One has to get used to thinking in a recursive style ...
... however, is the wrong way to look at things – One has to get used to thinking in a recursive style ...
Functionalprogramming
... [Other important functional programming languages are Hope, ML, Miranda.] The mathematical basis of many functional programming languages is λ-calculus (it allows expressions that have functions as values). Fundamental control mechanisms: • function application, • function composition, • conditional ...
... [Other important functional programming languages are Hope, ML, Miranda.] The mathematical basis of many functional programming languages is λ-calculus (it allows expressions that have functions as values). Fundamental control mechanisms: • function application, • function composition, • conditional ...
ppt - Dave Reed
... 1957: FORTRAN was first high-level programming language mathematical in nature, efficient due to connection with low-level machine not well suited to AI research, which dealt with symbols & dynamic knowledge ...
... 1957: FORTRAN was first high-level programming language mathematical in nature, efficient due to connection with low-level machine not well suited to AI research, which dealt with symbols & dynamic knowledge ...
Functional Programming
... Take a function , and return a function ((map ‘add1) L) = (mapcar ‘add1 L) This form is called ‘combining forms’ Combining existing programs to acomplish new tasks ...
... Take a function , and return a function ((map ‘add1) L) = (mapcar ‘add1 L) This form is called ‘combining forms’ Combining existing programs to acomplish new tasks ...
02/06
... Neumann architecture Efficiency is the primary concern, rather than the suitability of the language for software development ...
... Neumann architecture Efficiency is the primary concern, rather than the suitability of the language for software development ...
CSP 506 Comparative Programming Languages
... instead of imperative features such as variables and assignments LISP began as a purely functional language and later included imperative features Scheme is a relatively simple dialect of LISP that uses static scoping exclusively COMMON LISP is a large LISP-based language ML is a static-scoped and s ...
... instead of imperative features such as variables and assignments LISP began as a purely functional language and later included imperative features Scheme is a relatively simple dialect of LISP that uses static scoping exclusively COMMON LISP is a large LISP-based language ML is a static-scoped and s ...
Drexel-CS-Intro-AI-LISP
... doesn't merge them like "append" does. ;;; Note: Order of evaluation critical. ...
... doesn't merge them like "append" does. ;;; Note: Order of evaluation critical. ...
Lisp (programming language)
Lisp (historically, LISP) is a family of computer programming languages with a long history and a distinctive, fully parenthesized Polish prefix notation.Originally specified in 1958, Lisp is the second-oldest high-level programming language in widespread use today; only Fortran is older (by one year). Like Fortran, Lisp has changed a great deal since its early days, and a number of dialects have existed over its history. Today, the most widely known general-purpose Lisp dialects are Common Lisp and Scheme.Lisp was originally created as a practical mathematical notation for computer programs, influenced by the notation of Alonzo Church's lambda calculus. It quickly became the favored programming language for artificial intelligence (AI) research. As one of the earliest programming languages, Lisp pioneered many ideas in computer science, including tree data structures, automatic storage management, dynamic typing, conditionals, higher-order functions, recursion, and the self-hosting compiler.The name LISP derives from ""LISt Processor"". Linked lists are one of Lisp's major data structures, and Lisp source code is itself made up of lists. As a result, Lisp programs can manipulate source code as a data structure, giving rise to the macro systems that allow programmers to create new syntax or new domain-specific languages embedded in Lisp.The interchangeability of code and data gives Lisp its instantly recognizable syntax. All program code is written as s-expressions, or parenthesized lists. A function call or syntactic form is written as a list with the function or operator's name first, and the arguments following; for instance, a function f that takes three arguments would be called as (f arg1 arg2 arg3).