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Table 1: Large-scale network models
"... In PAGE 7: ... Figure 6: Throughput comparison of different algorithms Figure 7: Average packet delay comparison Performance of the framework on increased scalability and connectivity In our experiments, one of the key independent variables was the degree of connectivity and scalability. In order to examine the scalability aspect of our approach, we developed various networks ranging from 29 to 3520 components (see Table1 ). These models were executed with acceptable performance in the DEVSJAVA environment.... ..."
Table 2. Large-scale epigenome mapping projects as of October 2007
in BIOINFORMATICS REVIEW doi:10.1093/bioinformatics/btm546 Genome analysis Computational epigenetics
2007
"... In PAGE 4: ... However, manual refinement is often necessary, suggesting that further improvements of primer design programs are needed. 5 EPIGENOME DATA ANALYSIS Rapid progress of experimental technologies has given rise to several epigenome mapping initiatives ( Table2 ). These projects have been breaking ground not only in terms of applying and improving large-scale experimental methods, but also in terms of developing bioinformatic methods for analyzing their data.... In PAGE 5: ... The AHEAD task force for example acknowledges the critical importance of bioinformatic methods and infrastructure in their proposal for a human epigenome project (Alliance for Human Epigenomics and Disease, 2007). Although the bioinformatic focus of the other large-scale epigenome projects ( Table2 ) was less pronounced than in the ENCODE project, important bioinformatic progress arose from them as well. The HEROIC project played a catalyzing role for the development of epigenome data storage, visualiza- tion and analysis infrastructure in Europe.... ..."
Table 1. Large-Scale Geostrophic Model Runs Made With Di erent Forcings
"... In PAGE 5: ..., 1993]. Table1 gives an overview of the runs we performed.... In PAGE 7: ... In this study we use the POP method [von Storch and Zwiers, 1997] to see whether there exists a comparable dynamical mode in the ocean response to the (stochastic) ERA uxes. We have applied the POP analysis to the S25 out- put of all the stochastic runs of Table1 . To compare our results with those of Weisse et al.... ..."
Table 1: Specification of four large-scale clusters System Name Jacquard RENCI BlueGene/L DataStar Seaborg
"... In PAGE 2: ...OS Linux Linux AIX AIX We conducted our MILC performance studies on four HPC systems: the Jacquard [3] Linux cluster at NERSC (National Energy Research Scientific Computing Center), an IBM BlueGene/L (BGL) system [4] at RENCI, the Seaborg [5] IBM POWER3 SMP cluster at NERSC, and the DataStar [6] IBM POWER4 SMP cluster at SDSC (San Diego Supercomputing Center). Table1 shows the configuration of the four systems. For these performance studies we used several performance tool sets that are well-suited for the kinds of scalability experiments we performed.... In PAGE 3: ... Performance analysis results For MILC 7.4, we conducted both weak scaling and strong scaling experiments on the four platforms listed in Table1 using Prophesy, and cache utilization studies on Jacquard using TAU. We also did computation efficiency studies for MILC 7.... ..."
Table 31. Large-Scale Planetary Exploration Results
2003
"... In PAGE 13: ...able 30. Large-Scale Planetary Exploration Robot Model Parameters.................................................... 118 Table31 .... ..."
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Table 7. Comparison of imputation procedures for three large-scale databases
2002
"... In PAGE 37: ... Procedures are in development for properly estimating the accuracy of such estimates. Table7 compares the hot-deck imputation procedures used in the three large-scale databases described in this chapter. Table 7.... ..."
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Table 1. Wireless Medium Model Large-scale path loss
2005
"... In PAGE 8: ... The external RF interference source is turned on at time 5sec and turned off at time 15sec. The wireless medium instance is generated according to the random model de- scribed in Table1 . The model is typical for indoor indus- trial environments [31][34].... ..."
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Table 1. Wireless Medium Model Large-scale path loss
2005
"... In PAGE 8: ... The external RF interference source is turned on at time 5sec and turned off at time 15sec. The wireless medium instance is generated according to the random model de- scribed in Table1 . The model is typical for indoor indus- trial environments [31][34].... ..."
Cited by 3
Table 30. Large-Scale Planetary Exploration Robot Model Parameters
2003
"... In PAGE 13: ...able 29. Mission Performance in Small-Scale Planetary Exploration..................................................... 117 Table30 .... In PAGE 132: ...5 meters. The robot capabilities are summarized in Table30 by robot number. The experiment was run five times in order to evaluate the variability of the results.... ..."
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Table 1 Computational Experience on Large-Scale Spatial Market Problenms
1989
"... In PAGE 25: ... These problems are larger than the equilibrium problems considered in Nagurney (1987b) and of the same size as the disequilibrium problems solved for the inverse demand models in Nagurney and Zhao (1988). In Table1 we fixed the number of cross-terms in the functions (41), (42), and (43) to 5, whereas in Table 2, we fixed the number of cross-terms to 10. We set M = 0, and M = o.... ..."
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