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Table 2. Fill-in reduction

in Parallel Sparse Modified Gram-Schmidt QR Decomposition
by Ramón Doallo, B.B. Fraguela, J. Touriño, E.L. Zapata, Basilio B. Fraguela, Emilio L. Zapata 1996
"... In PAGE 5: ... A description of these matrices is presented in table 1, where A B are the dimensions of the matrix, El(M) is the number of nonzero elements of M and %El(M) is the percentage of these elements. Table2 shows the ll-in in matrix R after the factorization; El(R) and %El(R) are the number and percentage of nonzero elements, for = 0 and 1 in expression (10); %Red. is the percentage of reduction in the number of nonzero elements achieved with 1.... ..."
Cited by 6

TABLE 2: Fill{in and and speed of factorizations

in On Free Variables In Interior Point Methods
by Csaba Mészáros

Table 1. A filled-in metrics definition.

in Computer based initiatives for . . .
by Kulwant S. Pawar, Badr Haque, Frithjof Weber
"... In PAGE 8: ... A metric definition form will then be shown, and the user will be prompted for further information. Table1 shows a filled-in form describing the above-mentioned metrics. The prime function of the PM tool is to provide an easy way to collect data in a structured and simple manner as well as the ability to track the changes over a certain period.... ..."

Table 5.7: Fill-in comparisons for PBV

in Bibliography
by Balay Gropp Curfman, S. Balay, L. Curfman Mcinnes, B. Smith, Petsc Users, I. S. Beresin, N. P. Shidkow, Numerische Methoden, Veb Deutschen, C. Bishof, A. Carle, P. M. Khademi, Efficient Computation Of, C. Bischof, A. Bouaricha, A. Bouaricha, P. Khademi, Computing Gradients In, B. Christianson, L. Dixon, S. Brown, Sharing Storage, Using Dirty Vectors, G. Corliss, A. Griewank, T. Robey, S. Wright, Automatic Differentiation

Table 5.12: Fill-in-the-blanks results

in Lexical Affinities and Language Applications
by Egidio Terra

Table 3.2. An example of a filled-in use case details template

in UML-Based Statistical Test Case Generation
by Matthias Riebisch, Ilka Philippow, Marco Götze 2003
Cited by 1

Table 2: Fill-in decrease in MGS using 16 cells = 0 = 0:85 = 1 Matrix

in An Approach to Decrease Fill-in in Sparse Orthogonalizations on a MIMD Computer
by J. Touriño, R. Doallo 1996
Cited by 1

Table 3: Fill-in decrease in Householder using 16 cells = 0 = 0:85 = 1 Matrix

in An Approach to Decrease Fill-in in Sparse Orthogonalizations on a MIMD Computer
by J. Touriño, R. Doallo 1996
Cited by 1

Table 3.2. An example of a filled-in use case template

in UML-based statistical test case generation
by Matthias Riebisch, Ilka Philippow, Marco Götze 2003
Cited by 1

Table 3 Fill-in of AMD relative to MMD, MA27, and ND

in An Approximate Minimum Degree Ordering Algorithm
by Rue Camichel Toulouse, P.R. Amestoy, T.A. Davis, I.S. Duff, Patrick Amestoy, Timothy A. Davis, Iain, S. Duff
"... In PAGE 16: ... We tested all methods with a single driver program to ensure that the same ordering of the entries in each row (A0 i ) was given to each method. Table3 presents a set of three histograms of the relative ll-in of AMD with respect to MMD, MA27, and ND. Table 4 presents three histograms of the relative operation count, c, of AMD, with respect to the same three methods.... ..."
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