Authors :
Melam Divya Varalakshmi; Siram Sruthi; Ungarala Kusumanjali
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/yjcccrxk
Scribd :
https://tinyurl.com/3m2sercs
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR263
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
Fake profile detection is a critical task in
maintaining the authenticity and safety of online
communities. With the rising predominance of web-
based entertainment stages, the presence of phony
profiles has turned into a worry. This abstract explores
are various techniques used to detect fake profiles
including analysing user behaviour checking for
inconsistencies in profile information, and employing
machine learning algorithms. The detection process
involves analysing patterns and anomalies in user data to
identify suspicious activity.
AI calculations assume a huge part in this cycle by
gaining from marked datasets of veritable and
counterfeit profiles. These calculations can investigate
highlights, for example, profile pictures, posting conduct,
network associations, and commitment examples to
make expectations on the realness of a profile.
However, it's important to acknowledge that no
detection method is foolproof. Fake profile creators
constantly evolve their strategies to evade detection.
Therefore, continuous monitoring, user feedback, and
updates to detection algorithms are necessary to stay
ahead of these malicious actors.
The ongoing efforts to detect and combat fake
profiles contribute to creating a safer and more
trustworthy online environment. By leveraging various
techniques and advancements in machine learning,
platforms strive to maintain the integrity of their user
base and protect their users from potential scams and
fraudulent activities.One example of a machine learning
algorithm used for fake profile detection is the Random
Forest algorithm.
Irregular Backwoods is a well known troupe
learning technique that joins various choice trees to
make expectations. With regards to counterfeit profile
recognition, the Irregular Backwoods calculation can be
prepared on a dataset that incorporates both certified
and counterfeit profiles. The calculation gains from
different elements like profile data, posting conduct,
network associations, and commitment designs. I trust
this theoretical furnishes you with a succinct outline of
phony profile location!
Keywords :
Web-based Entertainment , Counterfeit Profiles , Irregular Woodland.
Fake profile detection is a critical task in
maintaining the authenticity and safety of online
communities. With the rising predominance of web-
based entertainment stages, the presence of phony
profiles has turned into a worry. This abstract explores
are various techniques used to detect fake profiles
including analysing user behaviour checking for
inconsistencies in profile information, and employing
machine learning algorithms. The detection process
involves analysing patterns and anomalies in user data to
identify suspicious activity.
AI calculations assume a huge part in this cycle by
gaining from marked datasets of veritable and
counterfeit profiles. These calculations can investigate
highlights, for example, profile pictures, posting conduct,
network associations, and commitment examples to
make expectations on the realness of a profile.
However, it's important to acknowledge that no
detection method is foolproof. Fake profile creators
constantly evolve their strategies to evade detection.
Therefore, continuous monitoring, user feedback, and
updates to detection algorithms are necessary to stay
ahead of these malicious actors.
The ongoing efforts to detect and combat fake
profiles contribute to creating a safer and more
trustworthy online environment. By leveraging various
techniques and advancements in machine learning,
platforms strive to maintain the integrity of their user
base and protect their users from potential scams and
fraudulent activities.One example of a machine learning
algorithm used for fake profile detection is the Random
Forest algorithm.
Irregular Backwoods is a well known troupe
learning technique that joins various choice trees to
make expectations. With regards to counterfeit profile
recognition, the Irregular Backwoods calculation can be
prepared on a dataset that incorporates both certified
and counterfeit profiles. The calculation gains from
different elements like profile data, posting conduct,
network associations, and commitment designs. I trust
this theoretical furnishes you with a succinct outline of
phony profile location!
Keywords :
Web-based Entertainment , Counterfeit Profiles , Irregular Woodland.