We present a numeric analysis that is capable of reasoning about array operations. In particular, the analysis is able to establish that all elements of an array have been initialized ("an array kill"), as well as to discover numeric constraints on values of initialized array elements, and to verify the correctness of comparison-based sorting algorithms. The analysis is based on the combination of canonical abstraction and summarizing numeric domains. We present a prototype implementation of the analysis and discuss our experience with applying this prototype to several kernal examples
We present a new approach to eliminate array bounds checks in Java by using static analyses. Our app...
The theory of arrays, introduced by McCarthy in his seminal paper “Towards a mathematical science of...
Suppose we would like to check whether a given array of real numbers is sorted (say, in nondecreasin...
Automatic discovery of relationships among values of array elements is a challenging problem due to ...
Numeric program analysis is of great importance for the areas of software engineering, software veri...
A number of questions regarding programs involving heap-based data structures can be phrased as ques...
International audienceArray bound checking and array dependency analysis (for parallelization) have ...
A variety of concepts, laws, and notations are presented which facilitate reasoning about arrays. Th...
Abstract: Array programming provides a powerful, compact and expressive syntax for accessing, manipu...
Abstract Array Algorithms are defined as functional algorithms where each step of the algorithm resu...
Array bound checking and array dependency analysis (for par-allelization) have been widely studied. ...
Arrays computations are at the core of numerical modelling and computational science applications. H...
The ability to describe array expressions in terms of the shapes of their arguments and the symbolic...
The automatic transformation of sequential programs for efficient execution on parallel computers in...
The theory of arrays, introduced by McCarthy in his seminal paper “Toward a mathematical science of ...
We present a new approach to eliminate array bounds checks in Java by using static analyses. Our app...
The theory of arrays, introduced by McCarthy in his seminal paper “Towards a mathematical science of...
Suppose we would like to check whether a given array of real numbers is sorted (say, in nondecreasin...
Automatic discovery of relationships among values of array elements is a challenging problem due to ...
Numeric program analysis is of great importance for the areas of software engineering, software veri...
A number of questions regarding programs involving heap-based data structures can be phrased as ques...
International audienceArray bound checking and array dependency analysis (for parallelization) have ...
A variety of concepts, laws, and notations are presented which facilitate reasoning about arrays. Th...
Abstract: Array programming provides a powerful, compact and expressive syntax for accessing, manipu...
Abstract Array Algorithms are defined as functional algorithms where each step of the algorithm resu...
Array bound checking and array dependency analysis (for par-allelization) have been widely studied. ...
Arrays computations are at the core of numerical modelling and computational science applications. H...
The ability to describe array expressions in terms of the shapes of their arguments and the symbolic...
The automatic transformation of sequential programs for efficient execution on parallel computers in...
The theory of arrays, introduced by McCarthy in his seminal paper “Toward a mathematical science of ...
We present a new approach to eliminate array bounds checks in Java by using static analyses. Our app...
The theory of arrays, introduced by McCarthy in his seminal paper “Towards a mathematical science of...
Suppose we would like to check whether a given array of real numbers is sorted (say, in nondecreasin...