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Table 8: Endo1i;j showing possible regional object locations from system position (oriented south 5 ) by sums of marks that grid points received according to value pairs of (crisply interpreted) hedged core predicate adjacencies. N O R T H
in Situation Semantics and Computational Linguistics: towards Informational Ecology -- A semiotic . . .
1995
Cited by 7
Table 8: Endo1i;j showing possible regional object locations from system position (oriented south 5 ) by sums of marks that grid points received according to value pairs of (crisply interpreted) hedged core predicate adjacencies. N O R T H
1995
Cited by 7
Table 7: Intermediate representation matrix Endo ? 1i;j; 1 = 20; j = 20 which determines regions of likely object locations around the centrally positioned system (i; j = 10) by number of marks that grid squares received according to pairs of (crisply interpreted) hedged core predicate adjacencies.
Table 2 was computed by summing the number of elds as a function of their limiting magnitude and accounting for overlaps between any adjacent elds. The degree of overlap was small i.e. for the F814W data, only 2% of the area overlapped with an adjacent MDS eld. Throughout this paper, we have assumed a WFPC2 eld{of{view of 4:75 arcmins2 which includes the Planetary Camera and excludes regions near the pyramid and CCD edges.
"... In PAGE 4: ... The de nition of a disk{dominated galaxy is any galaxy with a gt; 50% disk component in the MDS morphological model t. In Table2 , we present the di erential areal coverage, as a function of the completeness limit of each eld, for the MDS cluster sample. The eld completeness limit is calculated... In PAGE 6: ...In addition to the morphological information, the MDS includes some of the deepest photometric data ever obtained, meaning that the MDS cluster sample has, on average, a fainter limiting magnitude than any previous search for distant clusters (see Fig. 1), while still covering a reasonable area of the sky (0:4deg2 in F814W, see Table2 ). We have included in the search the Hubble Deep Field (HDF) and the Groth{Westphal strip, since these elds were not selected for any particular target and therefore, should be representative of the galaxy population.... In PAGE 19: ...3 69313 5917 27670 F814W (i) 319 1429.6 89790 7118 36649 Table2 : The di erential area of the MDS cluster sample as a function of limiting magnitude (in arcmin2). b-band v-band i-band mag area mag area mag area 24.... ..."
Table 1. Algorithmical structure of multi-level hierarchical segmentation strategy (by J.R. Glass [4], pp. 47).
"... In PAGE 2: ... After all frames have been analysed various adjacent regions are created. These initial apos;seed regions apos; constitute the basis for the following apos;hierarchical structuring apos; segmentation procedure (see Table1 ) suggested by the fact that the speech signal is characterised by short... ..."
Table 5 shows capacitance extraction results obtained with the Raphael 3-D eld solver from TMA / Avant!, for an isolated conductor (i) with or without ll insertion in empty regions of adjacent layers, and (ii) with or without same-layer neighbor conductors.17 The simulation shows that ignoring the possibility of metal ll can result in underestimation of total line capacitance by more than 50%. This can in turn lead to inaccurate RCX, delay calculation, and timing analysis results. We conclude that the presence or absence of ll geometries must be modeled during performance-driven layout optimization. Such modeling must be e cient and \transparent quot;; since there are many iterations through the layout optimization loop, we must be careful with the time complexity of ll insertion and the increases in data volume.
"... In PAGE 29: ... Table5 : Raphael 3-D eld solver results for total capacitance extraction of a single victim conductor. The conductor on layer i is 20 1.... ..."
Table 5 shows capacitance extraction results obtained with the Raphael 3-D eld solver from TMA / Avant!, for an isolated conductor (i) with or without ll insertion in empty regions of adjacent layers, and (ii) with or without same-layer neighbor conductors.17 The simulation shows that ignoring the possibility of metal ll can result in underestimation of total line capacitance by more than 50%. This can in turn lead to inaccurate RCX, delay calculation, and timing analysis results. We conclude that the presence or absence of ll geometries must be modeled during performance-driven layout optimization. Such modeling must be e cient and \transparent quot;; since there are many iterations through the layout optimization loop, we must be careful with the time complexity of ll insertion and the increases in data volume.
"... In PAGE 29: ... Table5 : Raphael 3-D eld solver results for total capacitance extraction of a single victim conductor. The conductor on layer i is 20 1.... ..."
Table 3 Northeast Regional Production Costs ($million)
2007
"... In PAGE 24: ... In the next section we review the differences between a 1 CA and a 3 CA representation of NYISO, describe a metric we developed for deciding which representation is the best approximation and discuss the nature of the approximations involved. Analysis of results of commitment area consolidation tests Table3 below shows our estimates of annual production costs for the 1 CA, 3 CA and 6 CA cases. The table includes the production costs in the regions adjacent to New York.... In PAGE 26: ... The 3 CA case is much more likely to capture these effects than the 1 CA case. Of equal importance is the economic importance of displacing Zone J oil and gas generation as a key to the value estimates in Table3 . Therefore a useful comparison is looking at the actual Zone J oil and gas generation to decide between the 3 CA and the 1 CA representation of NYISO operation.... In PAGE 38: ... The estimates in Table 12 are incremental. Case 1 is the CA consolidation benefits from Table3 for the 6-CA to 3-CA simulations. Case 2 includes the nuclear availability benefits by comparing the 6-CA case with the nuclear counterfactual output to the 3-CA case with the actual nuclear production.... ..."
Table 5: Table of sequences found by distinctly di erent searches, but not on the list of known REPs [13]. The codBecoM sequence is adjacent to REPv9, and the ecoecoa-c sequence is adjacent to REP117. But the ecochlen-c, uspAeco, and gyrBecoM sequences do not seem to be near any of the known REPs.
1994
"... In PAGE 18: ...Table 6: The new possible REP sequences or fragments reported in Table5 are listed here, using the earliest start and latest stop position for any of the searches. bits/base).... In PAGE 18: ... Some of the \false positives quot; may represent previously unrecognized REP sequences, and others may be conserved regions adjacent to REPs. Table5 lists the sequences that were found repeatedly by distinctly di erent searches|all of these look like they are closely related to REP or REPv sequences. The three sequences that are not adjacent to an already known sequence are shown in Table 6.... ..."
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Table 3: Surface groups based on square region size.
"... In PAGE 31: ... Model Selection: In the first set of experiments, model selection criteria are applied to data from ground truth segments in different images. For understanding the performance of model selection criteria with increasing region size, the segments are divided in 7 groups, as shown in Table3 . Figures 20 and 21 show performance of model selection criteria on the ABW and Percep- tron data.... In PAGE 33: ... To understand the performance of merging rules with increasing region size, the adjacent surface pairs are again categorized into seven groups. The groups are assigned using Table3 where a23 is the number of points in the smaller of the two surfaces. Figures 22 and 23 show performance of merging rules on ABW and Perceptron data respectively.... ..."
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