Functional programmers are strong enthusiasts of modular solutions to programming problems. Since software characteristics such as readability or maintainability are often directly proportional to modularity, this programming style naturally contributes to the beauty of functional programs. Unfortunately, in return of this beauty we often sacrifice efficiency: modular programs rely, at runtime, on the creation, use and elimination of intermediate data structures to connect its components. In this tutorial paper, we study an advanced technique that attempts to retain the best of this two worlds: (i) it allows programmers to implement beautiful, modular programs (ii) it shows how to transform such programs, in a way that can be incorporated i...
In this paper we present a methodology to implement multiple traversal algorithms in a functional pr...
This thesis describes the motivation, design, and implementation of L.B. Stanza, an optionally-typed...
Programming languages and formal notations are central to computer science. A significant part of c...
Functional programmers are strong enthusiasts of modular solutions to programming problems. Since so...
Software engineering has to reconcile modularity with efficiency. One way to grapple with this dilem...
ii In lazy functional programming modularity is often achieved by using intermediate data structures...
Pure functional programming language offer many advantages over impure languages. Unfortunately, the...
In lazy functional programs a data structure is often used to combine two separate parts of the prog...
In functional programming, intermediate data structures are often used to “glue’) together small pro...
Abstract. Pure functional programming language offer many advan-tages over impure languages. Unfortu...
Abstract. Functional programs often combine separate parts of the program using intermediate data st...
AbstractAn algorithm that transforms programs to eliminate intermediate trees is presented. The algo...
Functional programs often combine separate parts using interme-diate data structures for communicati...
In lazy functional programming modularity is often achieved by using intermediate data structures to...
Functional programs often combine separate parts of the program using intermediate data structures f...
In this paper we present a methodology to implement multiple traversal algorithms in a functional pr...
This thesis describes the motivation, design, and implementation of L.B. Stanza, an optionally-typed...
Programming languages and formal notations are central to computer science. A significant part of c...
Functional programmers are strong enthusiasts of modular solutions to programming problems. Since so...
Software engineering has to reconcile modularity with efficiency. One way to grapple with this dilem...
ii In lazy functional programming modularity is often achieved by using intermediate data structures...
Pure functional programming language offer many advantages over impure languages. Unfortunately, the...
In lazy functional programs a data structure is often used to combine two separate parts of the prog...
In functional programming, intermediate data structures are often used to “glue’) together small pro...
Abstract. Pure functional programming language offer many advan-tages over impure languages. Unfortu...
Abstract. Functional programs often combine separate parts of the program using intermediate data st...
AbstractAn algorithm that transforms programs to eliminate intermediate trees is presented. The algo...
Functional programs often combine separate parts using interme-diate data structures for communicati...
In lazy functional programming modularity is often achieved by using intermediate data structures to...
Functional programs often combine separate parts of the program using intermediate data structures f...
In this paper we present a methodology to implement multiple traversal algorithms in a functional pr...
This thesis describes the motivation, design, and implementation of L.B. Stanza, an optionally-typed...
Programming languages and formal notations are central to computer science. A significant part of c...