A pre-determined color threshold program was used for a set of slides in a given figure.
For a given figure-caption pair f i and c j we compute their matching cost C(f i, c j) as the minimum distance d f i, c j between their corresponding boundaries in the Euclidean space, multiplied by a penalty cost p f i, c j that prioritizes the association between objects with similar layout: C (f i, c j ) = d f i, c j * p f i, c j.
In fact, there are fluctuations that can mislead the decision for a given sample (Figure 4).
Results indicated that at temperatures higher than room temperature (23°C), the N2O concentration within the containers increased but remained relatively constant for a given temperature (Figure 6).
Fig. 5 The success probability of legitimate recipient and adversary for a given K. Figure 6 sketches the minimum eigenvalues of the covariance matrix K i of (15) at the ith detection for various J∈{32,48,64,80}, where N=1024 and M=48.
Fig. 4 The success probability of legitimate recipient and adversary for a given M. Figure 5 also displays the upper bounds on the success probability of an adversary in the indistinguishability experiment.
Using two sets of curves, the MCS which enables the highest PSNR can be selected for a given SNR. Figure 3 shows that PPHY is determined by SNR from the MAC/PHY layer and packet size M, where M denotes the packet size of video data.
Uncoupled rates in isolated mitochondria do not substantially differ from state 3 rates for a given strain (Figure S2).
In addition, we examined the correlation between the number of abstracts and the top 10 cosine values (neighbors) for a given gene (Figure 4B).
To quantify the diversity present in the reads, the base substitution rate was calculated for each position, defined as the fraction of bases that do not map to the expected base for a given position (Figure 3B).
To explore the influence of suprathreshold compound EPSC amplitude (which reflects the number of contributing synaptic inputs) on STP, we investigated how STP changed with increasing amplitude for EPSCs with a given kinetics (Figure 3A, B).
