You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Thanks for developing this good and user-friendly software. I am curious about the clustering algorithm you used in vRhyme.
You mentioned 'Weighted networks, representing unrefined bins, are created where each node is a scaffold and each edge is a weighted connection between paired scaffolds. Networks are refined using MiniBatchKMeans implemented in Scikit-Learn' in the vRhyme paper. However, the input of KMeans is usually the feature vectors. I wonder whether you use some tricks, such as kernel, to generalize the KMeans algorithm?
I would appreciate it if you could explain more about how to refine networks using KMeans.
Thanks,
Yancey
The text was updated successfully, but these errors were encountered:
In an update I moved from kmeans to label propagation for bin refinement. The downside of software publications is that it's a snapshot of a previous version. LP seemed to be more accurate and less based on estimated parameters. Let me know if you have questions on the update.
Hi developers,
Thanks for developing this good and user-friendly software. I am curious about the clustering algorithm you used in vRhyme.
You mentioned 'Weighted networks, representing unrefined bins, are created where each node is a scaffold and each edge is a weighted connection between paired scaffolds. Networks are refined using MiniBatchKMeans implemented in Scikit-Learn' in the vRhyme paper. However, the input of KMeans is usually the feature vectors. I wonder whether you use some tricks, such as kernel, to generalize the KMeans algorithm?
I would appreciate it if you could explain more about how to refine networks using KMeans.
Thanks,
Yancey
The text was updated successfully, but these errors were encountered: