It is shown how a matrix can be used to implement a class of dictionaries. Instead of the strong requirement of ascendingness of a linear array, the weaker requirement of ascendingness of a matrix is used. This results in implementations that are efficient in both computation time and storage usage
Matrix algebra is an indispensable tool for data analysis in the social sciences, as it constitutes ...
Mata is Stata’s matrix language. In the Mata Matters column, we show how Mata can be used interactiv...
Evaluating an expression in linear algebra using the known Basic Linear Algebra Subprograms libr...
It is shown how a matrix can be used to implement a class of dictionaries. Instead of the strong req...
AbstractIt is shown how a matrix can be used to implement a class of dictionaries. Instead of the st...
In this paper we show how to utilize Java’s native arrays for matrix computations. The disadvantages...
A proof of concept is offered for the uniform representation of matrices serially in Morton-order (o...
We present an object-oriented technique for the development of array-based programmes. It permits to...
We develop a prototype library for in-place (dense) matrix storage for-mat conversion between the ca...
Over the past few years several proposals have been made for the standardization of sparse matrix st...
This chapter reviews some basic matrix algebra concepts that we will use throughout the book. Update...
Abstract. Large numeric matrices and multidimensional data arrays appear in many science domains, as...
Computing solutions to real life scientific or engineering problem is most often the cheapest, faste...
Computational models of the real world often involve analyzing discrete points of data logically rep...
MATLAB is a high-level language and environment for numerical computation, visualization, and progra...
Matrix algebra is an indispensable tool for data analysis in the social sciences, as it constitutes ...
Mata is Stata’s matrix language. In the Mata Matters column, we show how Mata can be used interactiv...
Evaluating an expression in linear algebra using the known Basic Linear Algebra Subprograms libr...
It is shown how a matrix can be used to implement a class of dictionaries. Instead of the strong req...
AbstractIt is shown how a matrix can be used to implement a class of dictionaries. Instead of the st...
In this paper we show how to utilize Java’s native arrays for matrix computations. The disadvantages...
A proof of concept is offered for the uniform representation of matrices serially in Morton-order (o...
We present an object-oriented technique for the development of array-based programmes. It permits to...
We develop a prototype library for in-place (dense) matrix storage for-mat conversion between the ca...
Over the past few years several proposals have been made for the standardization of sparse matrix st...
This chapter reviews some basic matrix algebra concepts that we will use throughout the book. Update...
Abstract. Large numeric matrices and multidimensional data arrays appear in many science domains, as...
Computing solutions to real life scientific or engineering problem is most often the cheapest, faste...
Computational models of the real world often involve analyzing discrete points of data logically rep...
MATLAB is a high-level language and environment for numerical computation, visualization, and progra...
Matrix algebra is an indispensable tool for data analysis in the social sciences, as it constitutes ...
Mata is Stata’s matrix language. In the Mata Matters column, we show how Mata can be used interactiv...
Evaluating an expression in linear algebra using the known Basic Linear Algebra Subprograms libr...
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