Our new paper about visibility graph analysis applications for brain disorders has has been recently published in Frontiers in Neuroscience:

Our new research on co-authorship network analysis of psychopathological researches, conducted with Mohammad Sadra Amini, a BSc graduate student member of the SBNA Lab, has been published in the Journal of Research in Psychopathology. We enriched the research by leveraging machine learning techniques.:

A review of network analysis studies on Psychopathology from the perspective of co-authorship network analysis

Our new paper about COVID-19 sentiment analysis have been published after a long time reviewing in the Journal of Medical Council of Iran. The main difference of sentiment analysis of COVID-19 sentiment analysis in Iran vs other countries is that the Twitter website has been banned in Iran and the sources for people comments are popular news website comments. You may study the full research at the following link. The paper is in Persian.

COVID-19 sentiment analysis for Iranian news websites

Our new paper about predicting both import and export relation establishment and removal of global petrochemical products has been recently published in Energy journal:

Predicting the establishment and removal of global trade relations for import and export of petrochemical products

Our new paper about dropout prediction in on line courses is now available at Education and Information Technologies journal. You may access it from the following link:

Negative link prediction to reduce dropout in Massive Open Online Courses

Our new paper about customizing visibility graph to apply to web server log files and one of its applications in web prefetching is now available at Physica A journal. You access it via the following link:

Visibility graph analysis of web server log files

Our new paper about a novel link prediction strategy (Reverse Link Prediction) and its application in reducing epidemic spreading speed currently publish in scientific reports journal. You may study the paper and see the details in the following link:

Reversibility of link prediction and its application to epidemic mitigation