A variety of concepts, laws, and notations are presented which facilitate reasoning about arrays. The basic concepts include intervals and their partitions, functional restriction, images, pointwise extension of relations, ordering, single-point variation of functions, various equivalence relations for array values, and concatenation. The effectiveness of these ideas is illustrated by informal descriptions of algorithms for binary search and merging, and by a short formal proof
Theories for data types have many important consequences for their effective use. Attempts to find a...
The theory of arrays read(write(a, i,e), i) = e i 6 = j → read(write(a, i,e), j) = read(a, j) ∀i.(...
Why do functional languages have more difficulties with arrays than procedural languages? The proble...
Abstract Array Algorithms are defined as functional algorithms where each step of the algorithm resu...
The theory of arrays, introduced by McCarthy in his seminal paper "Toward a mathematical science of ...
The theory of arrays, introduced by McCarthy in his seminal paper “Towards a mathematical science of...
A decision procedure for a theory of arrays is of inter-est for applications in formal verification,...
International audienceThe theory of arrays, introduced by McCarthy in his seminal paper "Towards a m...
International audienceArray bound checking and array dependency analysis (for parallelization) have ...
Array bound checking and array dependency analysis (for par-allelization) have been widely studied. ...
The ability to describe array expressions in terms of the shapes of their arguments and the symbolic...
This paper discusses “general arrays,” i.e., arrays in which the items are either scalars or other a...
A graph-theoretical notation for array concatenation represents arrays as bubbles with arms sticking...
The paper describes how Constraint Based Reasoning (CBR) can be performed with two different paradig...
The (extensional) theory of arrays is widely used to model systems. Hence, efficient decision proced...
Theories for data types have many important consequences for their effective use. Attempts to find a...
The theory of arrays read(write(a, i,e), i) = e i 6 = j → read(write(a, i,e), j) = read(a, j) ∀i.(...
Why do functional languages have more difficulties with arrays than procedural languages? The proble...
Abstract Array Algorithms are defined as functional algorithms where each step of the algorithm resu...
The theory of arrays, introduced by McCarthy in his seminal paper "Toward a mathematical science of ...
The theory of arrays, introduced by McCarthy in his seminal paper “Towards a mathematical science of...
A decision procedure for a theory of arrays is of inter-est for applications in formal verification,...
International audienceThe theory of arrays, introduced by McCarthy in his seminal paper "Towards a m...
International audienceArray bound checking and array dependency analysis (for parallelization) have ...
Array bound checking and array dependency analysis (for par-allelization) have been widely studied. ...
The ability to describe array expressions in terms of the shapes of their arguments and the symbolic...
This paper discusses “general arrays,” i.e., arrays in which the items are either scalars or other a...
A graph-theoretical notation for array concatenation represents arrays as bubbles with arms sticking...
The paper describes how Constraint Based Reasoning (CBR) can be performed with two different paradig...
The (extensional) theory of arrays is widely used to model systems. Hence, efficient decision proced...
Theories for data types have many important consequences for their effective use. Attempts to find a...
The theory of arrays read(write(a, i,e), i) = e i 6 = j → read(write(a, i,e), j) = read(a, j) ∀i.(...
Why do functional languages have more difficulties with arrays than procedural languages? The proble...