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This allows to formulate the majority of the computation in terms of matrix-matrix multiplications, resulting in natural parallelism and better performance on modern computing systems with memory hierarchies.
However, iMatrixSpray has two main advantages: a faster matrix deposition and the formation of smaller matrix crystals leading to better spatial resolution.
Nonnegative matrix factorization (NMF) method, which decomposes the nonnegative matrix into two nonnegative factor matrices, provides a new way for matrix factorization.
Consequently, an alternative for better EIAs in the short term is to enhance the matrix approach, so that a more rigorous evaluation of impacts can be achieved.
However, we also observe wide variability across platforms and across matrix sizes, indicating that at this time, no single implementation is a clear choice for all platforms or matrix sizes.
Furthermore, increasing the size of the matrix provides better encryption results.
Open accessJournal ArticleDOI
Li Qiu, Tongwen Chen 
13 Citations
This new method uses only elementary matrix operations, and has the advantages of better numerical reliability and ease in implementation on computers.
Proceedings ArticleDOI
Rui Sun, Honglin Zhao, Hao Xu 
19 May 2012
12 Citations
The experimental results highly bear out that the proposed matrix has a better measure effect.
The matrix is useful for storing a neutrosophic soft set in computer memory which are very useful and applicable.
The modified transfer matrix model gives much better agreement in both cases.
The matrix is useful for storing an neutrosophic soft set in computer memory which are very useful and applicable.
As more MNCs consider using matrix structures to implement increasingly complex strategies, a better understanding of conflict in matrix MNCs is important.

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