Publication: Intelligent Cyber Safe Framework for Children
Type:
Article
Date
2021-12-01
Journal Title
Journal ISSN
Volume Title
Publisher
IEEE
Abstract
Technology-wise, children are much ahead of their
parents. Due to hectic schedules and daily struggles, time is limited for parents. For that reason, the AI-powered child protection
system helps protect children from modern cyber-attacks while
offering parents more control over their children. Keyloggers,
keystroke and mouse movement loggers help to collect data
and can record user behaviour and find patterns. Furthermore,
the use of those records is able to detect children’s improper
behaviour and reveal children’s emotional states. Behavioral Data
Extractor and Risk Analysis systems can analyze huge numbers
of URLs and web content recorded by proxy, as well as application usage and screen times collected by background service.
The Smart Resource Restricter is designed to help parents and
children navigate the web safely and appropriately. The research
can identify and prevent child predators. Indeed, cyberbullying
and phishing attacks cross many boundaries, causing great harm
to the community. It blocks outside threats and notifies parents of
sexual and other online predators that often target children. The
PandaGuardian successfully achieved its goal with the assistance
of different algorithms and the respective outcomes. The model
evaluation report, which compares all the methods, is a guardian
companion. Parents could get assistance in order to safeguard
their children from the day-to-day evolving cyber threats.
Description
Keywords
Smart resource restrictor, human feedback extractor, child protection, cyberbullying, phishing, random forest, keylogger, mouse movement, artificial intelligent, behavioral data extractor
Citation
M. Harfath, R. Amrith, N. Dulanaka, P. Perera, L. Rupersinga and C. Liyanapathirana, "Intelligent Cyber Safe Framework for Children," 2021 IEEE 12th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON), 2021, pp. 0023-0029, doi: 10.1109/UEMCON53757.2021.9666696.
