By measuring the target object of first saccades over a range of configurations, we first identified anchor points for each participant while they judged graph configurations on the basis of size (with task-irrelevant contrast kept constant) and contrast (with task-irrelevant size kept constant).
For the Erdös Rényi ensemble with n nodes and edge probability p, we have E [ S ] → 1 / ( n C ) for C = 2 p. Figure 5 shows that the sample mean of S over 10 realizations (i.e. 10 different Erdös Rényi random graph configurations with the same parameters) rapidly approaches 1 / ( 2 p n ), as n increases, for values of p ranging from 0.3 to 0.9.
During the development of these complex models, it is often necessary to test different graph configurations, and to change parameters and initial conditions.
Categorization of the BLAST matches and construction of pie charts was conducted using the standard graph configurations including level two GO-terms only.
From the graph reachability point of view, we know that the edges added prior to e j already ensure T-reachability, so e j does not make any differece: both its presence and its absence lead to reachable graph configurations.
Figure 4 Sub-graph configurations underlying predictive measures.
Figure4 provides illustration of the sub-graph configurations that constitute 4 of the proximity measures.
After joining two graphs, the configuration of the resulting graph is optimized thus sequentially building up the optimal global configuration from optimal intermediate configurations.
For a software system having N configurations, the configuration graph represent N∗N matrix, denoted by M, that can be obtained from Eq. 1.
For instance, given a deterministic Turing machine \(T\) which decides \(X\) in polynomial space, it may be shown that it is possible to construct a QBF-formula \ \phi_{T,x}\) of length polynomial in \(\lvert x\rvert\) which expresses using the reachability method that there is a path in the configuration graph for \(T\) from the initial configuration \(C_0 x)\) to an accepting configuration.
