Category - Research Tools

Unlike traditional citation databases which would yield results by keyword or topic search, Inciteful creates a graph of academic papers based on “seed papers” of your choice and helps you gain insight from it.

Google Dataset Search is a new search engine which allows you to search for datasets hosted in thousands of repositories across the Web. It looks on publisher sites, digital libraries, dataset providers, and on authors' personal webpages for metadata tags and returns a list of data repositories that best describes the datasets you need for your research.   On the other hand, if you want to share your datasets and make them publicly accessible, you can follow the Google's guidelines for dataset providers which is an open standard for tagging and structuring your datasets. These guidelines include salient information about datasets: who created the dataset, when it was published, how the data was collected, what the terms are for using the data, etc. The overall approach is to improve discovery of the datasets by adopting a common standard by which Google and other search engines can better understand the content of the datasets.   Here are some examples of what can qualify as a dataset as suggested by Google:

• A table or a CSV file with some data
• An organized collection of tables
• A file in a proprietary format that contains data
• A collection of files that together constitute some meaningful dataset
• A structured object with data in some other format that you might want to load into a special tool for processing
• Images capturing data
• Files relating to machine learning, such as trained parameters or neural network structure definitions
• Anything that looks like a dataset to you

For example, if you want to obtain COVID-19 data, you might try this query in Dataset Search:   You will see data from more than 100 different data sources. The results can be filtered by last updated (past month, year, or three years), download format (table, text, image, or others), usage rights (commercial or non-commercial use), topic (subject disciplines) and if it is possible to access the dataset for free. After reading the description and deciding the dataset is useful, you can click on the blue button to navigate to the external site for further actions. - By Lewis Li, Library

Last week, we briefly introduced a number of visualization tools for citation network. In this post, we will demonstrate how to use VOSviewer to create a bibliometric visualization for HKUST research network.

Research evaluation measures research quality in several dimensions, such as research projects, researchers, institutions, research output and impact, and more.

VOSviewer is a popular software that visualizes connections between research works. You can use it to create networks of term co-occurrence. Here is a very good training video that guides you to do that.

With Connected papers, you can explore papers in your research field using graphs. You may discover more papers than traditional literature searches.

In your academic writing, you may cite a work to support your findings, or you may cite to refute the argument in the cited work. Citation count ("1" in both cases) does not tell you how a work is cited. Now there are tools that can reveal citation contexts. This post introduces one of such tools: scite.

Why does Google Scholar show higher citation counts than Scopus and Web of Science? What tools are better for tracing citations in fields outside of science and engineering?

You are probably familiar with using Scopus, Web of Science, and Google Scholar to find citations between scholarly works. This week, we look at alternative citation indices that are also powerful, and free to use!

A smart city uses innovation and technology to address urban challenges, improve the effectiveness of public services, make the city more liveable and sustainable. To achieve these, open data is an essential foundation.