Chapter 15 Slides - SRU Computer Science
... • ML is a static-scoped and strongly typed functional language which includes type inference, exception handling, and a variety of data structures and abstract data types • Haskell is a lazy functional language supporting infinite lists and set comprehension. • Purely functional languages have advan ...
... • ML is a static-scoped and strongly typed functional language which includes type inference, exception handling, and a variety of data structures and abstract data types • Haskell is a lazy functional language supporting infinite lists and set comprehension. • Purely functional languages have advan ...
Chapter 1 - KSU Web Home
... Lambda notation is used to specify functions and function definitions. Function applications and data have the same form. e.g., If the list (A B C) is interpreted as data it is a simple list of three atoms, A, B, and C If it is interpreted as a function application, it means that the function named ...
... Lambda notation is used to specify functions and function definitions. Function applications and data have the same form. e.g., If the list (A B C) is interpreted as data it is a simple list of three atoms, A, B, and C If it is interpreted as a function application, it means that the function named ...
Slides 5.5
... – Assign a name to a common pattern (e.g., cube) and then we can work with the abstraction instead of the individual operations. ...
... – Assign a name to a common pattern (e.g., cube) and then we can work with the abstraction instead of the individual operations. ...
Executing Higher Order Logic
... contain a functional programming language. In contrast, HOL specifications can be highly non-executable, and various approaches to their execution have been reported in the literature (see §5 for references). The aim of our paper is to give a precise definition of an executable subset of HOL and to ...
... contain a functional programming language. In contrast, HOL specifications can be highly non-executable, and various approaches to their execution have been reported in the literature (see §5 for references). The aim of our paper is to give a precise definition of an executable subset of HOL and to ...
Chapter 11 - Functional Programming, Part II: ML, Delayed
... Nevertheless, in most cases, Hindley-Milner type checking removes the burden of specifying types. Note also that ML's type system does not accept overloading: if we want a square function for both ints and reals we must use two different names. ...
... Nevertheless, in most cases, Hindley-Milner type checking removes the burden of specifying types. Note also that ML's type system does not accept overloading: if we want a square function for both ints and reals we must use two different names. ...
Functional Programming
... • ML is a static-scoped and strongly typed functional language which includes type inference, exception handling, and a variety of data structures and abstract data types • Haskell is a lazy functional language supporting infinite lists and set comprehension. • Purely functional languages have advan ...
... • ML is a static-scoped and strongly typed functional language which includes type inference, exception handling, and a variety of data structures and abstract data types • Haskell is a lazy functional language supporting infinite lists and set comprehension. • Purely functional languages have advan ...
an approach to declarative programming based on a rewriting
... functional and logic programming, has grown over the last decade; see [23] for a recent survey. The operational semantics of many functional logic languages is based on so-called narrowing, which combines the basic execution mechanisms of functional and logic languages, namely rewriting and uni cati ...
... functional and logic programming, has grown over the last decade; see [23] for a recent survey. The operational semantics of many functional logic languages is based on so-called narrowing, which combines the basic execution mechanisms of functional and logic languages, namely rewriting and uni cati ...
19th Century Logic and 21st Century Computing
... A and B one can deduce B ∧ A, and then applies modus ponens. One might reasonably expect that such a proof could be simplified. A major contribution of Gentzen’s 1934 paper was the subformula property: he showed that any proof of a statement Γ ` A can be simplified so that the only propositions it m ...
... A and B one can deduce B ∧ A, and then applies modus ponens. One might reasonably expect that such a proof could be simplified. A major contribution of Gentzen’s 1934 paper was the subformula property: he showed that any proof of a statement Γ ` A can be simplified so that the only propositions it m ...
Functional Programming: Scheme
... – functions can be created dynamically, stored in data structures, returned as results of expressions or other functions. • functions are defined as lists ⇒ can be treated as data. Lecture 11 ...
... – functions can be created dynamically, stored in data structures, returned as results of expressions or other functions. • functions are defined as lists ⇒ can be treated as data. Lecture 11 ...
The countdown problem - School of Computer Science
... the problem is as follows: given a sequence of source numbers and a single target number, attempt to construct an arithmetic expression using each of the source numbers at most once, and such that the result of evaluating the expression is the target number. The given numbers are restricted to being ...
... the problem is as follows: given a sequence of source numbers and a single target number, attempt to construct an arithmetic expression using each of the source numbers at most once, and such that the result of evaluating the expression is the target number. The given numbers are restricted to being ...