Array-oriented programming languages such as APL and J [1] pay special attention, to manipulating array structures: rank-one vectors (sequences of values), rank-two matrices (which can be seen as rectangular sequences of sequences), rank-three cuboids (sequences of sequences of sequences), rank-zero scalars, etc
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Although multicomputers are becoming feasible for solving large problems, they are difficult to prog...
Array-oriented programming languages such as APL and J [1] pay special attention, to manipulating ar...
Much of the expressive power of array-oriented languages such as Iverson's APL and J comes from thei...
This article describes how array predicates were used to reduce the computational complexity of four...
We present a compiler and a typed intermediate language for a subset of APL. The intermediate langua...
We describe a variant of More's array theory which has an extra function we call promotion. This fun...
In this article, we introduce Applicative functors – an abstract characterisation of an applicative ...
This paper discusses “general arrays,” i.e., arrays in which the items are either scalars or other a...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Abstract Array Algorithms are defined as functional algorithms where each step of the algorithm resu...
APL is a dynamically typed language which deals with arrays whose type, number of dimensions (rank) ...
A variety of concepts, laws, and notations are presented which facilitate reasoning about arrays. Th...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Although multicomputers are becoming feasible for solving large problems, they are difficult to prog...
Array-oriented programming languages such as APL and J [1] pay special attention, to manipulating ar...
Much of the expressive power of array-oriented languages such as Iverson's APL and J comes from thei...
This article describes how array predicates were used to reduce the computational complexity of four...
We present a compiler and a typed intermediate language for a subset of APL. The intermediate langua...
We describe a variant of More's array theory which has an extra function we call promotion. This fun...
In this article, we introduce Applicative functors – an abstract characterisation of an applicative ...
This paper discusses “general arrays,” i.e., arrays in which the items are either scalars or other a...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Abstract Array Algorithms are defined as functional algorithms where each step of the algorithm resu...
APL is a dynamically typed language which deals with arrays whose type, number of dimensions (rank) ...
A variety of concepts, laws, and notations are presented which facilitate reasoning about arrays. Th...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Array programming shines in its ability to express computations at a high-level of abstraction, allo...
Although multicomputers are becoming feasible for solving large problems, they are difficult to prog...
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