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Table 2. Summary of informative exposure-response, where f?2 gt;0.15
in INTRODUCTION
"... In PAGE 10: ... If the model is not informative, then none of the variables in the model can be informative. Table2 summarizes informative E-R models with 15% or more of the variance explained by the model, and stratified by the statistical significance of the exposure variable. Exposure variables are non-significant 4.... In PAGE 11: ...39 Another way to assess strength of association and the potential role of incompletely adjusted confounders is to compare the P values of both confounding and exposure variables when only the model R2 is available. Compar- isons shown in Table2 are indicative of the generally weak association of exposure relative to the stronger associations with non-solvent risk factors. In all the tests, where i?2^0.... ..."
Table 5.1 Best Estimates of Exposure-Response Functions for the ZMVM for the General Population (unless stated otherwise)
Table 2. Selection of children health outcomes from epidemiological studies to inclusion in Health Impact Asesment [adapted from Nedelec et al 203].
2000
Cited by 2
Table 2. Genes possibly involved in stress responses of primary rat hepatocytes to Cd as identified by PLS modeling
"... In PAGE 16: ...roduced. If the cut-off value is chosen as 0.66 (3h 24h), a few important candidate biomarkers, such as heme oxygenase, may be missed. Table2 showed a portion of the selected toxicological-relevant biomarkers which may be actively involved in stress response of primary rat hepatocyte to cadmium exposure. The functional classification was partially based on the Rat Toxicology (RT) gene array database (Karpinets et al, 2004) and the complete list of genes selected by PLS can be found in the supplementary table.... ..."
Table 7. Array-of-arrays 1
"... In PAGE 2: ...ompared interleaved arrays. This makes two half arrays faster by 6.6% in spite of the fact that it has more carry save adders in the critical path than interleaved array. Table7 . shows that even though the number of carry save additions is minimized in array-of-arrays1, due to the large wire loading at three places in the critical path, 31.... ..."
Table 7. Array-of-arrays 1
"... In PAGE 7: ...ompared interleaved arrays. This makes two half arrays faster by 6.6% in spite of the fact that it has more carry save adders in the critical path than interleaved array. Table7 . shows that even though the number of carry save additions is minimized in array-of-arrays1, due to the large wire loading at three places in the critical path, 31.... ..."
Table 7. Array-of-arrays 1
"... In PAGE 2: ...ompared interleaved arrays. This makes two half arrays faster by 6.6% in spite of the fact that it has more carry save adders in the critical path than interleaved array. Table7 . shows that even though the number of carry save additions is minimized in array-of-arrays1, due to the large wire loading at three places in the critical path, 31.... ..."
Table 7. Array-of-arrays 1
"... In PAGE 7: ...ompared interleaved arrays. This makes two half arrays faster by 6.6% in spite of the fact that it has more carry save adders in the critical path than interleaved array. Table7 . shows that even though the number of carry save additions is minimized in array-of-arrays1, due to the large wire loading at three places in the critical path, 31.... ..."
Table 6: Suffix Array
2004
"... In PAGE 20: ... To get a better idea of what the corpus and suffix arrays represent we will use a simple example corpus similar to the example seen in Church and Yamamoto [26]. In our example, each token is stored in its own indice in the corpus array as seen shown in Table6 . The suffix array is created to store each of the indices that exist in the corpus array, as seen in InitialSuffixArray of Table 6.... In PAGE 20: ... In our example, each token is stored in its own indice in the corpus array as seen shown in Table 6. The suffix array is created to store each of the indices that exist in the corpus array, as seen in InitialSuffixArray of Table6 . A simple way to describe this is that the suffix array now contains integers 0 through N, the size of the corpus array, representing the positions of all the tokens in the corpus array.... ..."
Table 1: Array notation
"... In PAGE 7: ...Table 1: Array notation 3.1 Arrays An array A is defined formally as a function that maps array indices, multi-dimensional discrete numeric vectors, to scalar values ( Table1 summarizes our notation). The domain of this function is called the shape (S), determined by the combination of its valence (the number of dimensions) and the domains of its axes.... ..."
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