Sentence examples for more structure information from inspiring English sources

Furthermore, a new technique called two-dimensional non-negative matrix factorization (2DNMF), which can reduce the computation cost and preserve more structure information hiding in original 2D matrices compared to the NMF, is developed to extract more informative features from the time frequency matrixes for accurate fault classification.

Next, each frame is compared with the sprite of stationary scene to extract more structure information.

By analyzing the images and evaluation measures in Figure 6, we can conclude that the proposed algorithm can get better PSNR and maintain more structure information.

Post-hoc (Tukey's HSD) confirmed this; more action information was conveyed than structure and other information units (p < .01), and more structure information was conveyed than other information units (p < .01).01

In particular, when NEFF ≤6 we can improve alignment accuracy over profile-based methods by using more structure information.

Usually a protein molecule is much larger than a peptide; thus a protein sequence contains much more structure information than a peptide.

This plagiarism concerns any kind of document, natural language texts as well as more structured information such as programs.

Vertical search sites have a big advantage over general search: They are able to go much deeper and present much more structured information for the user.

The resulting clusters are then linked together to recover a simplified yet (provably) complete picture of the overall topology, which however provides more structured information than standard techniques, such as PCA, MDS, or clustering techniques alone could.

"New innovations in vertical search enable consumers to find the content they need faster and more efficiently than ever before". Vertical search sites have a big advantage over general search: They are able to go much deeper and present much more structured information for the user.

Although coarse-grain topological models of RNA molecules provide significantly more structural information than secondary structure alone, full atomic models are preferable for studying structure function relationships, and are a prerequisite for most energy-based dynamics and refinement methods.