Omkar2118/datasets huggingface dataset:
NBA

NBA: This is extended from a Kaggle dataset * containing around 400 NBA basketball players. The performance statistics of players in the 2016-2017 season and other various information e.., nationality, age, and salary are provided. To obtain the graph that links the NBA players together, we collect the relationships of the NBA basketball players on Twitter with its official crawling API 2. We binarize the nationality to two categories, i.e., U.S. players and oversea players, which is used as sensitive attribute. The classification task is to predict whether the salary of the player is over median.

1. https://www.kaggle.com/noahgift/social-power-nba
2. https://developer.twitter.com/en

Introducing paper: Beyond Homophily: Structure-aware Path Aggregation Graph Neural Network
BGP
Full name: Border Gateway Protocol (BGP) Network

Border Gateway Protocol (BGP) Network describes the Internet's inter-domain structure, where nodes represent the autonomous systems and edges are the business relationships between nodes. The features contain basic properties, e.g., the location and topology information (e.g., transit degree), and labels means the types of autonomous systems.

Introducing paper: Beyond Homophily: Structure-aware Path Aggregation Graph Neural Network
Electronics

This data was collected by performing a breadth-first search on the user-product-review graph until termination, meaning that it is a fairly comprehensive collection of English-language product data. We split the full dataset into top-level categories, e.g. Books, Movies, Music. We do this mainly for practical reasons, as it allows each model and dataset to fit in memory on a single machine (requiring around 64GB RAM and 2-3 days to run our largest experiment). Note that splitting the data in this way has little impact on performance, as there are few links that cross top-level categories, and the hierarchical nature of our model means that few parameters are shared across categories.

To obtain ground-truth for pairs of substitutable and complementary products we also crawl graphs of four types from Amazon:

1. 'Users who viewed x also viewed y'; 91M edges.

2. 'Users who viewed x eventually bought y'; 8.18M edges.

3. 'Users who bought x also bought y'; 133M edges.

4. 'Users frequently bought x and y together'; 4.6M edges.

We refer to edges of type 1 and 2 as substitutes and edges of type 3 or 4 as complements, though we focus on 'also viewed' and 'also bought' links in our experiments, since these form the vast majority of the dataset. Note the minor differences between certain edge types, e.g. edges of type 4 indicate that two items were purchased as part of a single basket, rather than across sessions.

Introducing paper: Beyond Homophily: Structure-aware Path Aggregation Graph Neural Network