AN ENHANCED FINGERPRINT TEMPLATE PROTECTION SCHEME IN SMART HOME ENVIRONMENT

 

 Penulis : 

Dr. Apri Siswanto, M. Kom 

 

ISBN: 978-623-145-348-8

 

Desain Sampul dan Tata Letak:  

Sulaiman 

 

Penerbit : 

Mitra Ilmu 

 

Ukuran : 

23 x 15 cm (Standar UNESCO) 

 

Kantor:  

Jl. Kesatuan 3 No. 11 Kelurahan Maccini Parang 

Kecamatan Makassar Kota Makassar 

Hp. 081340021801/ 0852-9947-3675/ 0821-9649-6667 

Email : mitrailmua@gmail.com  

Website : www.mitrailmumakassar.com 

Anggota IKAPI Nomor: 041/SSL/2022 

 

Cetakan pertama: November 2023 

SINOPSIS 

 

 

Some fingerprint authentication systems are applied in embedded 

systems, combining hardware and software designed for specific 

functions  in  a  particular  device.    The  systems  consist  of  a 

microcontroller,  fingerprint  sensor,  secure  access  control,  and 

human interface. As many users often access this system, there is a 

chance that the system will be replicated and modified by attackers. 

For this reason, fingerprint template protection (FTP) is needed so 

that  authentication  is  secured  from  attacks.  Most  existing  FTP 

schemes  failed  to  meet  all  the  desired  properties  of  the  ideal 

fingerprint  authentication  system  (FAS),  such  as  diversity, 

revocability, security, and matching/recognition performance due 

to the problem of intra-user variability in fingerprint identifiers and 

matching problem in the plain domain. Therefore, this study aims 

to enhance the existing schemes by using chaos-based encryption 

and  hash  function  to  meet  the  specified  properties  by  securing 

users’ fingerprint template (FT) within the smart home embedded 

systems.  An  improved  chaos-based  encryption  algorithm  was 

proposed for encrypting FT.