Name: Elaine Cecília Gatto
Type: User
Bio: Data Scientist, Machine Learning Researcher, Computer Engineer, Computer Scientist, Professor, Researcher, Speaker, Writer, Singer, Geek, Nerd, Otaku, Gamer
Twitter: cissagatto
Location: Jaú
Blog: https://sites.google.com/view/cissagatto
Elaine Cecília Gatto's Projects
This code is part of my Ph.D. research. The aim is generate label co-ocurrence graphs from similarity matrices
This repository hold all experiments conducted during my PhD (2019-2023). HPML means "Hybrid Partitions for Multi-Label Classification". SET-UP-1
This code is a part of my doctoral research at PPG-CC/DC/UFSCar in colaboration with Ku Leuven in Belgium.
This code is a part of my doctoral research at PPG-CC/DC/UFSCar. HPML-J is the name of the first experiment carried out: Hybrid Partitions for Multi-Label Classification with index Jaccard.
Repository for the paper "Multi-Label Classification with Label Clusters"
This code is part of my Ph.D. research. The objective is to test the best chosen hybrid partitions with silhouette coefficient. It's called HPML Clusters Chains because we chain the labels of each cluster with subsequent clusters. It is a version of HPML where there is only the external chaining.
This code is part of my Ph.D. research. The objective is to test the best chosen hybrid partitions with silhouette coefficient. A version HPML where both internal and external chaining is performed. This is a joint version of Label Chains HPML and Cluster Chains HPML. Therefore, there is the chaining of labels and clusters.
This code is part of my Ph.D. research. The objective is to test the best chosen hybrid partitions with silhouette coefficient. It's called HPML Label Chains because we use Ensemble of Classifier Chains to test, this means that the labels are randomly chained within each cluster.
This code is part of my Ph.D. research. The objective is to test the best chosen hybrid partitions with silhouette coefficient. A version HPML where both internal and external chaining is performed. This is the original version of HPML, i.e., a version without any type of chaining.
This code generate partitions for a multilabel dataset using the Jaccard Index similarity measure. We use HCLUST with 6 linkage metrics to generate several partitions. You may build the partition with the highest coefficient. This code also provide an analysis about the partitioning.
This repository is a result of my studies about k-NN. Theory and Pratice are describe in this study.
INDICIUM - Processo Seletivo - Lighthouse Programa De Formação Em Dados - Remoto
This code is part of my PhD research. The aim is built and validate local partitions for multi-label classification
Cheatsheet completinha do MIPS 32 bits - MIPS Technologies
Um exemplo completinho de Exemplo MIPS: programa principal, funções, vetores, arrays, if, for, while, recursividade
Compute Friedman and Nemenyi Statistical Tests for Multilabel Classification
This code shows how to compute the measures of multi-label classification hand in hand.
Compute similarities measures (categorical data) for all labels in label space for a multilabel dataset
This code is part of my doctoral research. It's oracle experimentation of Bell Partitions using the CLUS framework.
One-to-one comparison. Count how many datasets your method (algorithm) obtained the best result when compared to other method (or methods) in your experiment.
This code executes the CLUS algorithm in an R script.
This code converts CSV file in an ARFF file correctly for a multi-label dataset
This code generate partitions for a multilabel dataset using the Rogers-Tanimoto similarity measure. We use HCLUST with 6 linkage metrics to generate several partitions. You may build the partition with the highest coefficient. This code also provide an analysis about the partitioning.
Statistical comparison of multiple algorithms
This code is part of my Ph.D. research. The aim is generate similarity matrices from similarity measures.
Test the best hybrid partition generated by hierarchical community detection methods wiht k-NN sparsification using Clus Framework
Test the best hybrid partition generated by non hierarchical comunity detection methods, and k-NN sparsification, using Clus Framework.
Test the best random partition generated by hierarchical community detection methods using clus framework