Scalable, portable, verifiable Kronecker products on multi-scale computers

L Mullin, J Raynolds - Constraint Programming and Decision Making - Springer
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …

[PDF][PDF] SCALABLE, PORTABLE, VERIFIABLE KRONECKER PRODUCTS ON MULTI-SCALE COMPUTERS

L MULLIN, J RAYNOLDS - researchgate.net
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …

Scalable, Portable, Verifiable Kronecker Products on Multi-scale Computers

L Mullin, J Raynolds - Springer
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …

[PDF][PDF] SCALABLE, PORTABLE, VERIFIABLE KRONECKER PRODUCTS ON MULTI-SCALE COMPUTERS

L MULLIN, J RAYNOLDS - academia.edu
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …

Scalable, Portable, Verifiable Kronecker Products on Multi-scale Computers

L Mullin, J Raynolds - Constraint Programming and Decision …, 2014 - books.google.com
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …

[PDF][PDF] Scalable, Portable, Verifiable Kronecker Products on Multi-scale Computers

L Mullin, J Raynolds - Constraint Programming and Decision Making - researchgate.net
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …

[PDF][PDF] SCALABLE, PORTABLE, VERIFIABLE KRONECKER PRODUCTS ON MULTI-SCALE COMPUTERS

L MULLIN, J RAYNOLDS - academia.edu
Understanding the layout of data and the accessing of that data is paramount to the optimal
performance of an algorithm on one or many processors. This paper addresses the need for …