Open AccessIdentifying Rumour Source from Social Activity Streams
Author(s) -
MuneebUl Rehman*,
Mohamed Sauood,
Dr.M. Pushpalatha
Publication year - 2019
Publication title -
international journal of recent technology and engineering
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.b2496.098319
Subject(s) - gossip , microblogging , computer science , mainstream , social media , event (particle physics) , anomaly (physics) , process (computing) , ring (chemistry) , point (geometry) , anomaly detection , world wide web , artificial intelligence , psychology , mathematics , astrophysics , physics , social psychology , philosophy , chemistry , geometry , theology , organic chemistry , condensed matter physics , operating system
Gossipy tidbits are snippets of data or a story that has not been checked. What this implies, is that the individual recounting the story does not know for certain in the event that it is valid or not. Bits of gossip assume a major job in this day and age of web where emergency contact only one post or article. Regular daily existences are lost and economies endure top dogs due to these gossipy tidbits being far reaching by individuals without confirming. Microblog stages have been to a great degree mainstream in the enormous information period because of its constant dissemination of data. We exhibit RING, a constant rising abnormality checking framework over microblog content streams. RING incorporates our endeavors on both developing inconsistency observing examination and framework explore. From the oddity observing point of view, RING proposes a diagram expository methodology with the end goal that RING can recognize developing abnormalities at a prior stage contrasted with the current methods. In our project, we tried to improve the process of Detecting the trending events and their sources by many characteristics like Duration of the anomaly, size of the text, and time. We analysed the spiking anomaly and its source by making use of RING in a little advance manner. The changes made in the system produced positive results which are better to identify the sources in terms of time and space complexity