<p>The clustering and gene selection results for the four set-ups with , in terms of the average frequencies (N) of the selected numbers of clusters (K), and the average of RI, aRI, FN, and TN in 50 simulations, where FN is the number of informative variables incorrectly selected to be noninformative and TN is the number of noninformative variables correctly selected. In the true case, , , . The table indicates in bold all results that perform best or that are not significantly different from each other.</p>‡<p>: denotes that can be 4 or 5.</p>†<p>: denotes that can be any element of the set which contains the predefined numbers of clusters.</p
<p>The clustering performance of scVDMC compared with the baseline methods on the single cells from ...
We compare two major approaches to variable selection in clustering: model selection and regularizat...
<p>A, C, E) Example draws from each of three simulation scenarios (Gaussians, arcs & Gaussians, and ...
<p>The plots represent the comparison of five different methods of finding optimum number of cluster...
(A) The clustering runtime vs. the number of cells in the simulated datasets for all four methods. (...
<p><b>Copyright information:</b></p><p>Taken from "Selection of informative clusters from hierarchic...
Binary outcome data with small clusters often arise in medical studies and the size of clusters migh...
<p>The number of the clusters (<i>N<sub>c</sub></i>) versus the classification accuracy obtained by ...
<p>Results are on simulated sequences which span the entire V, D, and J segments; the number of leav...
<p>. (a) TM clusters and (b) HM clusters. Kaplan-Meier plots of the two consistent TM clusters and t...
Shown are the NMI score and number of clusters (m′) predicted by MapperPlus, affinity propagation, D...
In this paper the performance of genetic algorithms for solving some clustering problems is investig...
<p>Average Rand indexes over all small replicates are indicated for each method and each model along...
<p>Clusters are represented by different colors or types of marker. A) 7 actual clusters. B) Cluster...
The problem of choosing the correct number of clusters is as old as cluster analysis itself. A numbe...
<p>The clustering performance of scVDMC compared with the baseline methods on the single cells from ...
We compare two major approaches to variable selection in clustering: model selection and regularizat...
<p>A, C, E) Example draws from each of three simulation scenarios (Gaussians, arcs & Gaussians, and ...
<p>The plots represent the comparison of five different methods of finding optimum number of cluster...
(A) The clustering runtime vs. the number of cells in the simulated datasets for all four methods. (...
<p><b>Copyright information:</b></p><p>Taken from "Selection of informative clusters from hierarchic...
Binary outcome data with small clusters often arise in medical studies and the size of clusters migh...
<p>The number of the clusters (<i>N<sub>c</sub></i>) versus the classification accuracy obtained by ...
<p>Results are on simulated sequences which span the entire V, D, and J segments; the number of leav...
<p>. (a) TM clusters and (b) HM clusters. Kaplan-Meier plots of the two consistent TM clusters and t...
Shown are the NMI score and number of clusters (m′) predicted by MapperPlus, affinity propagation, D...
In this paper the performance of genetic algorithms for solving some clustering problems is investig...
<p>Average Rand indexes over all small replicates are indicated for each method and each model along...
<p>Clusters are represented by different colors or types of marker. A) 7 actual clusters. B) Cluster...
The problem of choosing the correct number of clusters is as old as cluster analysis itself. A numbe...
<p>The clustering performance of scVDMC compared with the baseline methods on the single cells from ...
We compare two major approaches to variable selection in clustering: model selection and regularizat...
<p>A, C, E) Example draws from each of three simulation scenarios (Gaussians, arcs & Gaussians, and ...