Results 11 - 20
of
14,872
Table 1. Automatic keyword extraction: sample output for arXiv:gr- qc/0607062 - Classical and Quantum Dilaton Gravity in Two Dimensions with Fermions
Table 2. Regression analysis of GPA Mf using linear and linear-quadratic dose-response models
"... In PAGE 3: ... 2, right). To evaluate further the possible difference in cancer-related GPA dose response between the two cities, we did standard regression on GPA Mf using bone marrow dose, cancer status, sex, and age at examination as covariates, excluding subjects with values of GPA Mf gt;400 and those who had cancer diagnoses before GPA measurement ( Table2 ). Background GPA Mf (estimate for 0 Gy exposure) was lower in Nagasaki than in Hiroshima and lower in females than in males.... In PAGE 5: ...e., significant interaction among radiation, cancer, and city in their association with GPA MF; Table2 ). This does not necessarily imply that there is a significant correlation between GPA Mf dose response and cancer in Hiroshima subjects but not in Nagasaki subjects.... ..."
Table 1. Part 1 - Q1-3. SMEs amp; Electronic Commerce (ECOMM)
"... In PAGE 4: ...NNEX 2. QUESTIONNAIRE RESPONSES........................................................................................... 33 Table1 .... ..."
Table 2 Arteries Visualized With Manual and Automatic Linear Filtering
"... In PAGE 4: ... Reader 1 gave slightly better credit for automatic image selection than Reader 2, due to stronger preference for bright fore- ground detail in spite of additional background noise. Differences in vessel visibility between automatically fil- tered images and manually filtered images were not dis- cernable ( Table2 ). For 2 of 45 cases, the automatically filtered image displayed substantially more motion artifact than the manually filtered image.... ..."
Cited by 1
Table 2: Synopsis of results { quality of approximation
1998
Cited by 125
Table 2: The numbers of events observed in the signal mass band N, the number of background events observed in the side bands B and the calculated reconstruction e ciencies. The background expected in the signal band is about 16.7% of the observed one. D
"... In PAGE 7: ...and B { in the sidebands of -140 to -20 MeV=c2 and 20-140 MeV=c2 with respect to the table mass of the particle. The numbers N and B along with the calculated e ciencies E and its errors are summarised in Table2 . Since the background in the mass spectra is well described by a linear distribution, we estimate the expected number of background events in the signal window as B, where = 1=6.... ..."
Table 6. Constancy and Background
1998
Cited by 11
Table 1. WERs, and substitution (Sub), deletion (Del), and inser- tion (Ins) rates for different recognition conditions. The condition Clean refers to the case when the original IHM audio is used, and Cross-talk and Background are the cross-talk and background-noise conditions, respectively (cf. Figure 1). Mixing Power is the square of the linear mixing coefficient for the interfering channels, assuming a coefficient of 1 for the channel being interfered.
2006
Cited by 1
Table 1. Analyses of body mass index, gender, and age in controls from Genair/EPIC and in the EPIC cohort EPIC*, c (b) Controls from
"... In PAGE 7: ... It is possible that cross- sectional results in controls will produce a quite biased representation of associations in the overall cohort at baseline. The issues of bias and precision are illustrated in Table1 . The association between body mass index and gender and age was analyzed in the controls from Genair/EPIC and the corresponding portion of the EPIC cohort in which Genair/ EPIC was nested.... ..."
Table 1: Numbers of events at 1800 MeV/c for three con dence levels, and corre- sponding background levels (%).
"... In PAGE 4: ... Events from 3 are rare, and easily eliminated by rejecting events which t this channel with con dence level gt; 1%. The residual level of backgrounds at 1800 MeV/c is shown in Table1 for three con dence levels. We decided that the small reduction in background in going from 10% con dence level to 20% was not worth the loss of events.... In PAGE 4: ... We decided that the small reduction in background in going from 10% con dence level to 20% was not worth the loss of events. At other beam momenta, we have simulated by Monte Carlo only the back- grounds shown explicitly in Table1 . Within the available statistics, these back- grounds are roughly linearly proportional to beam momentum.... ..."
Results 11 - 20
of
14,872