Model
Digital Document
Publisher
Florida Atlantic University
Description
A novel personnel authentication and verification system for devices
communicating through Bluetooth protocol has been proposed in this thesis.
Unlike existing verification systems which provide password or a PIN as a key,
the system uses biometrics features as a key. In the implementation of the scheme,
ridges and bifurcation based parameters are derived to generate a 128 bit
Bluetooth pairing PIN. In this thesis a unique translational and rotational invariant
feature set has been developed. These extracted feature data, unlike traditional
systems which include the extracted data into payload, is used for device
connection by generating the 128 bit PIN. The system performance is analyzed
using the pairing PIN for inter-sample and intra-sample recognition. To validate
the stability of the system the performance is analyzed with external samples
which are not a part of the internal database.
communicating through Bluetooth protocol has been proposed in this thesis.
Unlike existing verification systems which provide password or a PIN as a key,
the system uses biometrics features as a key. In the implementation of the scheme,
ridges and bifurcation based parameters are derived to generate a 128 bit
Bluetooth pairing PIN. In this thesis a unique translational and rotational invariant
feature set has been developed. These extracted feature data, unlike traditional
systems which include the extracted data into payload, is used for device
connection by generating the 128 bit PIN. The system performance is analyzed
using the pairing PIN for inter-sample and intra-sample recognition. To validate
the stability of the system the performance is analyzed with external samples
which are not a part of the internal database.
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