Furthermore, one should note that there would be always conflicting markers between/among different component maps to be merged (Table 4).
One of the issues in merging regions is the order of regions to be merged.
The two seemed to be merging.
Therefore, frequency components that have similar activations, such as a fundamental frequency and its harmonic components, will be merged as one source avoiding the permutation problem.
If the two ends of a paired-end read appear in different components, the paired-end read is considered as a support that the two components should be merged into a larger component.
As the number of puncta grows, Gaussian components become more complicated, and two or more distant Gaussian components could be merged just because they overlap with an ill conditioned Gaussian.
Therefore, this approach ensures that the noise component is always merged with the deterministic component, which avoid these two components to be perceived separately.
Since there are common components to couple these two networks - transcription factors, these equations can simply be merged to become one system, the integrated cellular network.
Within these graph-clusters, we identified 554 components that are predicted to represent highly divergent alleles of the same gene that can then be merged, 1,293 components that are predicted to represent alternative splicing events, and 158 components (pairs of duplicated contigs) that are predicted to represent duplicated genes.
Additionally, the semantic annotations can be used to identify components across which different models can be merged.
