FLORENCE FRANCIS LOTHAI

Lecturer

Academic Qualifications:

Master of Engineering (Electronics), 2016
Universiti Malaysia Sarawak (UNIMAS), Kota Samarahan, Sarawak
Field of Study: Electronics Engineering

Bachelor of Electronics and Computer Engineering (Hons), 2012
Universiti Malaysia Sarawak (UNIMAS), Kota Samarahan, Sarawak

JOURNAL PAPER:
Francis-Lothai, F & Bong, DBL (2017). A fingerprint matching algorithm using bit-plane extraction methods with Phase-Only correlation. International Journal of Biometrics, vol. 9, no. 1, pp. 44-66.

Francis-Lothai, F & Bong, DBL (2015). FingerDOS: A fingerprint database based on optical sensor. WSEAS Transactions on Information Science and Applications, vol. 12, pp. 297-304.

PROCEEDINGS PAPER:
Francis-Lothai, F & Bong, DBL (2014). An analysis of the effects of bit-plane extraction in fingerprint recognition. In Proceedings of IEEE International Conference on Systems, Process and Control (ICSPC), pp. 132-136.

POSTER:
Bong, DBL, Lee, TZ, Francis-Lothai, F, & Loh, WT (2017). Hybrid biometric authentication system. The International Conference and Exposition on Inventions by Institutions of Higher Learning (PECIPTA 2017), Kuala Terengganu.

Bong, DBL, Francis-Lothai, F, Lee, TZ, & Loh, WT (2017). A new fingerprint matching method for security verification and identification. Malaysia Technology Expo 2017, Kuala Lumpur.

Bong, DBL, Francis-Lothai, F, & Lee, TZ (2016). Fingerprint verification system using bit-plane extraction and Phase-Only correlation function. UNIMAS Innovation Technology Expo (InTEX 2016), Kota Samarahan.

Bong, DBL, Lee, TZ & Francis-Lothai, F (2016). Hybrid face-palmprint biometric recognition system. UNIMAS Innovation Technology Expo (InTEX 2016), Kota Samarahan.

Bong, DBL, Ting, KC, Lee, TZ & Francis-Lothai, F (2015). Bit-plane extraction approach for biometric identification. UNIMAS Research & Development Expo (R&D 2015), Kota Samarahan.

Bong, DBL, Ting, KC, Lee, TZ & Francis-Lothai, F (2015). Bit-plane extraction approach for biometric identification. iENA: International Trade Fair for Ideas-Inventions-New Products (iENA 2015), Nuremberg.

PATENT:
Bong, DBL, Lee, TZ & Francis-Lothai, F (2017). Method and system for multimodal biometric matching. Patent App. No. 2017700462, filed 13 February 2017.

Bong, DBL, Francis-Lothai, F & Lee, TZ (2017). Method and system for finger-print matching. Patent App. No. 2017700038, filed 4 January 2017.

Bong, DBL, Ting, KC, Francis-Lothai, F & Lee, TZ (2015). Method and system for identifying a biometric modality. Patent App. No. 2015702899, filed 28 August 2015.

AWARD RECEIVED:
Silver Medal at the International Conference and Exhibitions on Inventions by Institutions of Higher Learning (PECIPTA 2017). Project title: Hybrid Biometric Authentication System.

Gold Medal at Malaysia Technology Expo (MTE 2017) by Malaysian Association of Research Scientists (MARS). Project title: A New Fingerprint Method for Security Verification and Identification.

Gold Medal (Engineering & Technology category) at UNIMAS Innovation and Technology Expo 2016 (InTEX 2016). Project title: Hybrid face-palmprint biometric recognition system.

Silver Medal (Engineering & Technology category) at UNIMAS Innovation and Technology Expo 2016 (InTEX 2016). Project title: Fingerprint verification system using bit-plane extraction and Phase-Only correlation function.

Silver Medal at iENA: International Expo, Nuremberg (iENA 2015). Project title: Bit-plane extraction method for biometric identification.

Gold Medal (Engineering & Technology category) at UNIMAS Research & Development Expo 2015 (R&D Expo 2015). Project title: Bit-plane extraction approach for biometric identification.

Best Paper Award at Proceedings of IEEE International Conference on Systems, Process and Control (ICSPC 2014). Paper title: An analysis of the effects of bit-plane extraction in fingerprint recognition.

Best Presenter Award at Proceedings of IEEE International Conference on Systems, Process and Control (ICSPC 2014). Paper title: An analysis of the effects of bit-plane extraction in fingerprint recognition.