gurdaspuriya

cawa

Credit Attribution with Attention

dgl

Python package built to ease deep learning on graph, on top of existing DL frameworks.

dhgcn

Code for the BigData paper: Schema-Aware Deep Graph Convolutional Networks for Heterogeneous Graphs

distant_supervised_slot_filling

DRKG

A knowledge graph and a set of tools for drug repurposing

Evaluating-Scholarly-Impact

Code for the EMNLP'21 paper: "Evaluating Scholarly Impact: Towards Content-Aware Bibliometrics"

Frechet-GAN

ot_regression

Code for the paper `Regression via Implicit Models and Optimal Transport Cost Minimization`

query_intent

Identifying and refining intent terms in e-commerce queries

walk-and-relate

Code for the paper Walk-and-Relate: A Random-Walk-based Algorithm for Representation Learning on Sparse Knowledge Graphs

gurdaspuriya/query_intent

Identifying and refining intent terms in e-commerce queries

gurdaspuriya/cawa

Credit Attribution with Attention

gurdaspuriya/Evaluating-Scholarly-Impact

Code for the EMNLP'21 paper: "Evaluating Scholarly Impact: Towards Content-Aware Bibliometrics"

gurdaspuriya/ot_regression

Code for the paper `Regression via Implicit Models and Optimal Transport Cost Minimization`

gurdaspuriya/walk-and-relate

Code for the paper Walk-and-Relate: A Random-Walk-based Algorithm for Representation Learning on Sparse Knowledge Graphs

gurdaspuriya/dgl

Python package built to ease deep learning on graph, on top of existing DL frameworks.

gurdaspuriya/dhgcn

Code for the BigData paper: Schema-Aware Deep Graph Convolutional Networks for Heterogeneous Graphs

gurdaspuriya/distant_supervised_slot_filling

gurdaspuriya/DRKG

A knowledge graph and a set of tools for drug repurposing

gurdaspuriya/Frechet-GAN

gurdaspuriya/gurdaspuriya.github.io

Web page

gurdaspuriya/superset

Apache Superset is a Data Visualization and Data Exploration Platform

gurdaspuriya/Supervised-Learning-on-Relational-Databases-with-GNNs

Code to reproduce the results in the paper Supervised Learning on Relational Databases with Graph Neural Networks.