Social Networks are responsible of generating a huge amount of information, intrinsically heterogeneous and coming from different sources. In the social networks domain, the number of active users is impressive, active users process and publish information in different formats and data remain heterogeneous in their topics and in the published media (text, video, images, audio, etc.). In this work, we present a general framework for event detection in processing of heterogeneous data from social networks. The framework we propose, implements some techniques that users can exploit for malicious events detection on Twitter. © 2019, Springer Nature Switzerland AG
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
We present text processing framework for discovering emergency related events via analysis of inform...
We present text processing framework for discovering, classification, and localization emergency rel...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Different sources of information generate every day huge amount of data. For example, let us conside...
Different sources of information generate every day huge amount of data. For example, let us conside...
Social networking services gain more often interest for research goals in several fields and applica...
Social networking services gain more often interest for research goals in several fields and applica...
We present text processing framework for discovering, classification, and localization emergency rel...
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
We present text processing framework for discovering emergency related events via analysis of inform...
We present text processing framework for discovering, classification, and localization emergency rel...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Social Networks are responsible of generating a huge amount of information, intrinsically heterogene...
Different sources of information generate every day huge amount of data. For example, let us conside...
Different sources of information generate every day huge amount of data. For example, let us conside...
Social networking services gain more often interest for research goals in several fields and applica...
Social networking services gain more often interest for research goals in several fields and applica...
We present text processing framework for discovering, classification, and localization emergency rel...
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
Social media provides high-volume and real-time data, which has been broadly used in diverse applica...
We present text processing framework for discovering emergency related events via analysis of inform...
We present text processing framework for discovering, classification, and localization emergency rel...