Abstract

Social media has become a widespread element of people’s everyday life, which is used to communicate and generate contents. Among the several ways to express a reaction to social media contents, the “Likes” are critical. Indeed, they convey preferences, which drive existing markets or allow the creation of new ones. Nevertheless, the appreciation indicators have some complex features, as for example the interpretation of the absence of “Likes”. In this case, the lack of approval may be considered as a specific behaviour. The present study aimed to define whether the absence of Likes may indicate the presence of a specific behaviour through the contextualization of the treatment of missing data applied to real cases. We provided a practical strategy for extracting more knowledge from social media data, whose synthesis raises several measurement problems. We proposed an approach based on the disambiguation of missing data in two modalities: “Dislike” and “Nothing”. Finally, a data pre-processing technique was suggested to increase the signal of social media data.

Highlights

  • Instagram, WhatsApp, Facebook and Twitter have become part of everyday life [25]

  • Since one of the objectives of this study, it is to verify how the proposed threshold b depends on the size of the category s, the results of the method to discern between Dislike and Nothing are here presented only for beauty and style and Tv entertainers group

  • In a context made of digital tools and continuous exchange of contents and interactions among stakeholders, social networks have become crucial in leading the markets

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Summary

Introduction

WhatsApp, Facebook and Twitter have become part of everyday life [25]. They are tools of participation, born thanks to changes in development and spread of the World Wide Web. The deletion methods represent the most simple solution, the missing values are deleted (case deletion), but they are valid only if the data generation mechanism is MCAR. The imputation methods allow to substitute each missing value with a plausible one to obtain the complete data matrix.

Results
Conclusion

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