FVAS: An Embedded Finger-Vein Authentication System for Mobile Devices

with the improvement of consumer electronics, the need for simple, maneuver, and high-security confirmation scheme for protecting private in sequence store in movable devices has progressively increased. In contemplation of talented necessities for information security, biometrics, which uses human physiological or behavioral features for private identification, has been comprehensively considered as a solution to safety issues. Nevertheless, nearly all previous biometric systems have elevated difficulty in time or space or both, and are thus not appropriate for mobile devices. As a solution, we are proposing FVAS an embedded fingervein authentication system for mobile devices. The FVAS is constructed on a DSP surface and prepared with a new finger vein authentication technique. The experimental results demonstrate that the proposed FVAS is qualified for authentication on mobile devices.