Biometrics for Security in Bluetooth Environment
A Secure biometric based implementation for a bluetooth environment.
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Over the past couple of decades, there has been asignificant change in the way people use internet andwireless connections. Not only are they being usedfor information gathering and connectivity, but alsofor financial transactions and bill payments.Bluetooth has emerged as a popular wirelesscommunication protocol. With the growing ease ofcommunications, the threat posed by hackers andimpostors has also increased. There is an urgent needto protect privacy of the users at all levels.Biometrics authentication has proved to be one of themost robust security implementation systems. Thisbook tries t...
Over the past couple of decades, there has been a
significant change in the way people use internet and
wireless connections. Not only are they being used
for information gathering and connectivity, but also
for financial transactions and bill payments.
Bluetooth has emerged as a popular wireless
communication protocol. With the growing ease of
communications, the threat posed by hackers and
impostors has also increased. There is an urgent need
to protect privacy of the users at all levels.
Biometrics authentication has proved to be one of the
most robust security implementation systems. This
book tries to combine the biometrics system with
Bluetooth protocol for a secure wireless connection.
The book describes a unique approach for utilizing
extracted fingerprint features, into Bluetooth
pairing key. Based on translational and rotational
invariant features, this book discusses a system for
inter-sample and intra-sample fingerprint
recognition, based on a threshold value. This
threshold value was a derivative of Bluetooth pairing
key data developed from the biometrics data. Also the
book should serve as a reference for Bluetooth and
Biometrics study.
significant change in the way people use internet and
wireless connections. Not only are they being used
for information gathering and connectivity, but also
for financial transactions and bill payments.
Bluetooth has emerged as a popular wireless
communication protocol. With the growing ease of
communications, the threat posed by hackers and
impostors has also increased. There is an urgent need
to protect privacy of the users at all levels.
Biometrics authentication has proved to be one of the
most robust security implementation systems. This
book tries to combine the biometrics system with
Bluetooth protocol for a secure wireless connection.
The book describes a unique approach for utilizing
extracted fingerprint features, into Bluetooth
pairing key. Based on translational and rotational
invariant features, this book discusses a system for
inter-sample and intra-sample fingerprint
recognition, based on a threshold value. This
threshold value was a derivative of Bluetooth pairing
key data developed from the biometrics data. Also the
book should serve as a reference for Bluetooth and
Biometrics study.
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