With the rapid growth in popularity of social websites, social event detection has become one of the hottest research topics. However, continuously monitoring social events has not been well studied. In this demo, we present a novel system called EventEye to effectively monitor evolving events and visualize their evolving paths, which are discovered from tweet streams. In particular, four event operations are defined for our proposed stream clustering algorithm to capture the evolutions over time and a multi-layer indexing structure is designed to support efficient event search from large-scale event databases. In our system, events are visualized in different views, including evolution graph, timeline, map view, etc.
In this paper, we propose to detect events from social text streams by exploring the content as well...
Detecting events from social media data has important applications in public security, political iss...
Empiriical thesis.Bibliography: pages 107-122.1. Introduction -- 2. Literature review -- 3. TwitterN...
Online social post streams such as Twitter timelines and forum dis-cussions have emerged as importan...
Unprecedented success and active usage of social media services result in massive amounts of user-ge...
The proliferation of social media and user-generated content in the Web has opened new opportunities...
As one of the most representative social media platforms, Twitter provides various real-life informa...
In recent years, the growing popularity and active use of social media services on the web have resu...
In recent years, social media has become one of the most popular tools for discovering and following...
Social media streams, such as Twitter, have shown themselves to be useful sources of real-time infor...
Current Online Social Networks represent a means for the continuous generation and distribution of i...
Microblogging services such as Twitter, Facebook, and Four-square have become major sources for info...
Many algorithms have been proposed to model spatiotemporal events in both sensor network and social ...
ABSTRACT We perform a temporal analysis of the Twitter stream to investigate the evolution of unique...
Event detection over microblogs has attracted great research interest due to its wide application in...
In this paper, we propose to detect events from social text streams by exploring the content as well...
Detecting events from social media data has important applications in public security, political iss...
Empiriical thesis.Bibliography: pages 107-122.1. Introduction -- 2. Literature review -- 3. TwitterN...
Online social post streams such as Twitter timelines and forum dis-cussions have emerged as importan...
Unprecedented success and active usage of social media services result in massive amounts of user-ge...
The proliferation of social media and user-generated content in the Web has opened new opportunities...
As one of the most representative social media platforms, Twitter provides various real-life informa...
In recent years, the growing popularity and active use of social media services on the web have resu...
In recent years, social media has become one of the most popular tools for discovering and following...
Social media streams, such as Twitter, have shown themselves to be useful sources of real-time infor...
Current Online Social Networks represent a means for the continuous generation and distribution of i...
Microblogging services such as Twitter, Facebook, and Four-square have become major sources for info...
Many algorithms have been proposed to model spatiotemporal events in both sensor network and social ...
ABSTRACT We perform a temporal analysis of the Twitter stream to investigate the evolution of unique...
Event detection over microblogs has attracted great research interest due to its wide application in...
In this paper, we propose to detect events from social text streams by exploring the content as well...
Detecting events from social media data has important applications in public security, political iss...
Empiriical thesis.Bibliography: pages 107-122.1. Introduction -- 2. Literature review -- 3. TwitterN...