商品点评

发布于：2018-5-17 22:25:57 访问:1 次 回复:0 篇
版主管理 | 推荐 | 删除 | 删除并扣分
, sixth column (SlT) is the shortest average path length, and seventh
, sixth column (SlT) jir.2012.0142 is the shortest average path length, and seventh column (NC) is the MS-275MedChemExpress SNDX-275 network centralization. Performed the experiments: JMSG EHL RGH ARG. Analyzed the data: JMSG EHL RGH ARG. Contributed reagents/materials/analysis tools: JMSG EHL RGH. Wrote the paper: JMSG EHL RGH.
Independent component analysis (ICA) is a data analysis technique for uncovering independent components (ICs) which underlie the observational data [1][2][43]. This technique finds a mutually independent representation of the original data by seeking a linear transformation. Let us denote an n imensional observed signal by x = (x1 ,x2 , ???,xn )T , which is a linear mixture of the independent components, say x As, where s (s1 ,s2 , ???,sl )T (usually ln) and A is an n|l linear mixture matrix. And let y (y1 ,y2 , ???,yl )T denote an l imensional signal, which is the estimated order PD98059 vector of independent components (ICs)., sixth column (SlT) jir.2012.0142 is the shortest average path length, and seventh column (NC) is the network centralization. (PDF) Table S6 Data for the of MeSH term Computational Biology networks for 16 years. First column contains the year, second column (n) is the number of nodes, third column (m) is the number of edges, fourth column (SCT) is the average clustering coefficient, fifth column (SpT) is the networks‘ density, sixth column (SlT) is the shortest average path length, and seventh column (NC) is the network centralization. (PDF) Table S7 Data for the MeSH term Polymerase Chain Reaction networks for 23 years. First column contains the year, second column (n) is the number of nodes, third column (m) is the number of edges, fourth column (SCT) is the average clustering coefficient, fifth column (SpT) is the networks‘ density, sixth column (SlT) is the shortest average path length, and seventh column (NC) is the network centralization. (PDF)Supporting InformationTable S1 Data for the set of MeSH terms Global Networksfor 25 years. First column contains the year, second column (n) is the number of nodes, third column (m) is the number of edges, fourth column (SCT) is the average clustering coefficient, fifth column (SpT) is the networks‘ density, sixth column (SlT) is the shortest average path length, and seventh column (NC) is the network centralization. (PDF)Table S2 MeSH terms are organized according to a hierarchical multilayered structure of main categories, subcategories and so on. This table displays the two principal layers and the issues spanned by them. Additional layers provide specificity to the conceptual ontology. (PDF) Table S3 Data for the MeSH term Neoplasms networks foryears. First column contains the year, second column (n) is the number of nodes, third column (m) is the number of edges, fourth column (SCT) is the average clustering coefficient, fifth column (SpT) is the networks‘ density, sixth column (SlT) is the shortest average path length, and seventh column (NC) is the network centralization. (PDF)Table S4 Data for the MeSH term Ethics networks for 24 years. First column contains the year, second column (n) is the number of nodes, third column (m) is the number of dar.12119 edges, fourth column (SCT) is the average clustering coefficient, fifth column (SpT) is the networks‘ density, sixth column (SlT) is the shortestAcknowledgmentsWe gratefully acknowledge Dr. |

共0篇回复 每页10篇 页次：1/1

- 1

共0篇回复 每页10篇 页次：1/1

- 1

我要回复