jrudar

In-Silico-Identification-of-Multiple-Conserved-Motifs-Within-the-CR-of-Culicidae-Mitogenomes

Data for the manuscript titled "In-Silico Identification of Multiple Conserved Motifs Within the Control Region of Culicidae Mitogenomes"

LANDMark

Implementation of a decision tree ensemble which splits each node using learned linear and non-linear functions.

Mixture-of-Depths

Implementation of the paper: "Mixture-of-Depths: Dynamically allocating compute in transformer-based language models"

SCoV2_Host_Source

Sequence Signatures Within the Genome of SARS-CoV-2 Can be Used to Predict Host Source

TreeOrdination

Creating and analyzing projections created from decision tree ensembles.

Triglav

Selection of stable features using Shapley values and iterative refinement.

Unsupervised-Decision-Trees

Mixture-of-Depths

Implementation of the paper: "Mixture-of-Depths: Dynamically allocating compute in transformer-based language models"

jrudar/LANDMark

Implementation of a decision tree ensemble which splits each node using learned linear and non-linear functions.

jrudar/TreeOrdination

Creating and analyzing projections created from decision tree ensembles.

jrudar/In-Silico-Identification-of-Multiple-Conserved-Motifs-Within-the-CR-of-Culicidae-Mitogenomes

Data for the manuscript titled "In-Silico Identification of Multiple Conserved Motifs Within the Control Region of Culicidae Mitogenomes"

jrudar/SCoV2_Host_Source

Sequence Signatures Within the Genome of SARS-CoV-2 Can be Used to Predict Host Source

jrudar/Triglav

Selection of stable features using Shapley values and iterative refinement.

jrudar/Unsupervised-Decision-Trees