Touch behavior biometric has been widely studied for continuous authentication on mobile
devices, which provides a more secure authentication in an implicit process. However, the …

With the wide use of smartphones, more private data are collected and saved in the
smartphones. This raises higher requirements for secure and effective user authentication …

Several behavioral biometric authentication frameworks have been proposed to
authenticate smartphone users based on the analysis of sensors and services. These …

Mobile devices and technologies have become increasingly popular, offering comparable
storage and computational capabilities to desktop computers allowing users to store and …

To protect smartphones from unauthorized access, the user has the option to activate
authentication mechanisms: PIN, Password, or Pattern. Unfortunately, these mechanisms …

Pervasive in nature and extensively used for a wide range of features, smartphone provides
functionality such as social networking, online shopping, mobile gaming, private/group …

With the emergence of smartphones as an essential part of our daily lives, continuous
authentication becomes an urgent need which could efficiently protect user security and …

Recent developments in the mobile and intelligence industry have led to an explosion in the
use of multiple smart devices such as smartphones, tablets, smart bracelets, etc. To achieve …

Continuous authentication, which provides identity verification using behavioral biometrics
in an implicit and transparent manner, has shown potentials for protecting privacy. As the …

Behavioral biometric-based continuous user authentication is promising for securing mobile
phones while complementing traditional security mechanisms. However, the existing state of …