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TABLE III. Description of Proteins in the 4-STATE-REDUCED, LATTICE-SSFIT, and LMDS Decoy Sets

in Simplicial Edge Representation of Protein Structures and Alpha Contact Potential with Confidence Measure
by Xiang Li, Changyu Hu, Jie Liang 2003
Cited by 9

TABLE 2 Statistics and resolution achieved In cryoelectron microscopic analysis of the myofilament lattice in two states (relaxed and rigor) and for two regions of the sarcomere (overlap and nonoverlap)

in muscle visualized
by B. L. Trus, A. C. Steven, T A. W. Mcdowall, Ll M. Unser, J. Dubochet, R. J. Podolskyt

Table 1: The transition point t of the 3-state Potts model on the simple cubic lattice in units kB =1=J

in Three-dimensional 3-state Potts model revisited with new techniques
by Wolfhard Janke, Ramon Villanova

TABLE IV. Description of Proteins in the 4-state-reduced Decoy Set, lattice-ssfit Decoy Set, and lmds Decoy Set (Number of Decoy Structures and cRMSD Ranges are Listed)

in Geometric cooperativity and anticooperativity of three-body interactions in native proteins
by Xiang Li, Jie Liang 2005
Cited by 2

Table III: Description of proteins in the 4-state-reduced decoy set, Lattice-ssfit decoy set and Lmds decoy set. The number of decoy structures and the cRMSD ranges are listed.

in Simplicial Edge Representation of Protein Structures and Alpha Contact Potential With Confidence Measure
by Xiang Li, Changyu Hu, Jie Liang

Table 1 Terms in the e ective 4-state Potts action and couplings at the phase transition on a 2 163 lattice operator coupling O

in Effective Spin Models for the Confinement Phase Transition
by Benjamin Svetitsky
"... In PAGE 2: ... I de ne sn = 0 if jLnj lt; r, and sn = 1; 2; 3 according to the phase of Ln when jLnj gt; r. The e ective action is that of a 4-state model with the P4 symmetry broken to P3, truncated to a mag- netic eld term plus eight two-spin couplings as shown in Table1 . I show the couplings (pre- liminary, without error estimates) at the phase transition for Nt = 2, determined on a 2 163 lattice without any of the smearing mentioned in connection with the Ising action.... ..."

Table 3. Lattice-HP Prediction Accuracies

in From hp lattice models to real proteins: coordination number prediction using learning classifier systems
by Michael Stout, Jonathan D. Hirst, Natalio Krasnogor, Jacek Blazewicz 2006
"... In PAGE 7: ... 5.1 Lattice-HP Datasets Table3 compares the results of two, three and five state CN predictions for a range of window sizes for the GAssist LCS, Naive Bayes and C4.5 using the Lattice-HP dataset.... ..."
Cited by 5

Table 2: Running time of concept analysis with respect to 17 mined specifications. Traces reports the number of scenario traces in the lattice (none of which are identical), FA reports the number of states and transitions in the reference FA that defined similarity, Lattice reports the number of concepts and edges in the concept lattice, and Time (ms) reports the running time of the analysis, in milliseconds.

in Debugging Temporal Specifications with Concept Analysis
by Glenn Ammons, David Mandelin, Rastislav Bodík, James R. Larus 2003
"... In PAGE 9: ... 5.2 Cost of concept analysis The statistics in Table2 demonstrate that concept analysis is affordable. The times in the table do not include reading and parsing the traces, nor do they include writing the final lattice to disk.... ..."
Cited by 35

Table 1. Identi cations for Multicomponent Lattice Boltzmann Gas Lattice Boltzmann Helium II

in Lattice Gas Superfluid
by Jeffrey Yepez
"... In PAGE 9: ... However, gradients in the passive scalar eld a ect the ow be- cause the equation of state for the uid depends on this passive scalar. Table1 lists the lattice Boltzmann quantities in correspondence to like quantities in Helium II. For small Mach number and in the incompressible regime, the continuity equation,... ..."

Table 2: Running time of concept analysis with respect to 17 mined speci cations. Traces reports the number of scenario traces in the lattice (none of which are identical), FA reports the number of states and transitions in the reference FA that de ned similarity, Lattice reports the number of concepts and edges in the concept lattice, and Time (ms) reports the running time of the analysis, in milliseconds.

in Debugging temporal specifications with concept analysis
by Glenn Ammons 2003
"... In PAGE 9: ... 5.2 Cost of concept analysis The statistics in Table2 demonstrate that concept analysis is affordable. The times in the table do not include reading and parsing the traces, nor do they include writing the nal lattice to disk.... ..."
Cited by 35
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