SVMS_(SUPPORT_VECTOR_MACHINES)_ARE_A_BINARY_CLASSIFICATION_METHOD_TO_DISCRIMINATE_ONE_SET_OF_DATA_POINTS_FROM_ANOTHER?$

SVMS_(SUPPORT_VECTOR_MACHINES)_ARE_A_BINARY_CLASSIFICATION_METHOD_TO_D

1.	SVMS_(SUPPORT_VECTOR_MACHINES)_ARE_A_BINARY_CLASSIFICATION_METHOD_TO_DISCRIMINATE_ONE_SET_OF_DATA_POINTS_FROM_ANOTHER?$
A.	True
B.	False
Answer» B. False

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In SVMs (Support vector machines) Data points are log-transformed and normalized as in method A, where for N observations of a gene i, the log transform Xi of the expression level Ei and reference level Ri is?
SVMs (Support vector machines) are a binary classification method to discriminate one set of data points from another.
In Self-organizing maps a choice is made of a number of clusters by which to organize the data.
The hierarchical clustering method generates a similarity score [S(X,Y)] for all gene combinations, places the scores in a matrix, joins those genes that have the highest score, and then continues to join progressively less similar pairs.
In cluster analysis of microarray data– For n genes, the process is repeated ________ times until a single element remains.
In cluster analysis of microarray data– A node is created between the _________ scoring pair, and the gene expressed profiles of these two genes are averaged and the joined elements are weighted by the _________ of elements they contain.
In cluster analysis of microarray data– If Xi is the log odds value for gene X at time i, then for two genes X and Y and N observations, a similarity score is calculated. S(X,Y) is also known as the Pearson correlation coefficent. Xoffset and Yoffset can be the mean of the observations on X or Y, respectively, in which case is the standard deviation, or else Xoffset and Yoffset can be set to zero when a reference state is used. Which of the following best represents it?
Which of the given statements is incorrect about Microarray Analysis?
SVMS_(SUPPORT_VECTOR_MACHINES)_ARE_A_BINARY_CLASSIFICATION_METHOD_TO_DISCRIMINATE_ONE_SET_OF_DATA_POINTS_FROM_ANOTHER?$
IN_SELF-ORGANIZING_MAPS_A_CHOICE_IS_MADE_OF_A_NUMBER_OF_CLUSTERS_BY_WHICH_TO_ORGANIZE_THE_DATA.?$

SVMS_(SUPPORT_VECTOR_MACHINES)_ARE_A_BINARY_CLASSIFICATION_METHOD_TO_DISCRIMINATE_ONE_SET_OF_DATA_POINTS_FROM_ANOTHER?$

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