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This package contains the dataset named named "Large-scale Multi-layer Academic Networks (LMANStat)" and the code in Gao, Zhang, Pan, and Wang's paper titled "Large-scale Multi-layer Academic Networks Derived from Statistical Publications".

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Gaotianchen97/LMANStat

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Large-scale Multi-layer Academic Networks Derived from Statistical Publications

Introduction

This package contains the dataset named named "Large-scale Multi-layer Academic Networks (LMANStat)" and the code in Gao, Zhang, Pan, and Wang's paper titled "Large-scale Multi-layer Academic Networks Derived from Statistical Publications".

We highly welcome you to utilize our data and code for your research work. If you use our data and code, please ensure to cite our paper accurately as follows:

Gao, T., Zhang, Y., Pan, R., & Wang, H. (2023). Large-scale Multi-layer Academic Networks Derived from Statistical Publications. arXiv preprint arXiv:2308.11287.

LMANStat Dataset

The dataset comprises two Excel files that contain the author and paper information (including author unique id, paper unique id, and the corresponding attributes) and eight CSV files that depict the edge list.

Paper_information.xlsx

The record of the papers can be found in the file Paper_information.xlsx, which contains the basic information of the papers. Each row of the table represents a unique academic paper and is identified by the unique field Paper_unique_id.

Author_information.xlsx

The file Author_information.xlsx contains the attributes of each unique author, including the name, institution, region, and research interest and the authors can be uniquely identified by the field Author_unique_id.

Edgelist_X.csv

The eight CSV files with the name Edgelist_X.csv (X is the name of each network) correspond to the edge lists of the seven networks described above. The fields (Target and Source) in each row of the edge data files represent an edge in the corresponding network, with the field Year indicating the time in which the edge is formed. The specific meaning of each edge is detailed in the paper. By filtering according to the Year field, one can easily construct the academic network dynamically. The nodes in files Edgelist_citation.csv, Edgelist_co_citation.csv, Edgelist_collaboration.csv, it Edgelist_author_citation.csv, and Edgelist_author_paper.csv are Paper_unique_id or Author_unique_id while the nodes in files Edgelist_journal_citation.csv, Edgelist_co_institution.csv, and Edgelist_keyword_co_occurrence.csv are the journal names, institution names, and keywords, respectively.

Note: Due to the file size of Edgelist_co_institution_network.csv exceeding 100MB, for the convenience of downloading and usage, we have additionally provided the Edgelist_co_institution_network.xlsx file.

Network Sturcture

Network_Structure

Code availability

This code uses a citation network as an example to demonstrate network construction, basic descriptive analysis, and visualization.

Code-R.html

The R code is written in R 4.1.1 and uses version 1.2.6 of the "igraph" package.

Code-Python.html

The Python code is written in Python 3.7 and utilizes version 2.6.3 of the "networkx" package.

About

This package contains the dataset named named "Large-scale Multi-layer Academic Networks (LMANStat)" and the code in Gao, Zhang, Pan, and Wang's paper titled "Large-scale Multi-layer Academic Networks Derived from Statistical Publications".

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