DSP-Based Implementation and Optimization of an Iris Verification Algorithm Using Textural Feature. - Richard Yew Fatt Ng; Yong Haur Tay; Kai Ming Mok (FSKD (5), 2009)

Iris Verification Algorithm Based on Texture Analysis and its Implementation on DSP. - Richard Yew Fatt Ng; Yong Haur Tay; Kai Ming Mok (ICSAP, 2009)

A Comprehensive Analysis on Data Hazard for RISC32 5-Stage Pipeline Processor. - Wei Pau Kiat; Kai Ming Mok; Wai-Kong Lee; Hock Guan Goh; Ivan Andonovic (AINA Workshops, 2017)

RISC32-E: Field programmable gate array based sensor node with queue system to support fast encryption in Industrial Internet of Things applications. - Jin-Chuan See; Kai Ming Mok; Wai-Kong Lee; Hock Guan Goh (Int. J. Circuit Theory Appl., 2020)

An energy efficient FPGA partial reconfiguration based micro-architectural technique for IoT applications. - Wei Pau Kiat; Kai Ming Mok; Wai-Kong Lee; Hock Guan Goh; Ramachandra Achar (Microprocess. Microsystems, 2020)

High-Speed RLWE-Oriented Polynomial Multiplier Utilizing Karatsuba Algorithm. - Zheng-Yan Wong; Denis Chee-Keong Wong; Wai-Kong Lee; Kai Ming Mok (IEEE Trans. Circuits Syst. II Express Briefs, 2021)

RISC32-LP: Low-Power FPGA-Based IoT Sensor Nodes With Energy Reduction Program Analyzer. - Beng-Liong Tan; Kai Ming Mok; Jing-Jing Chang; Wai-Kong Lee; Seong Oun Hwang (IEEE Internet Things J., 2022)

KaratSaber: New Speed Records for Saber Polynomial Multiplication Using Efficient Karatsuba FPGA Architecture. - Zheng-Yan Wong; Denis Chee-Keong Wong; Wai-Kong Lee; Kai Ming Mok; Wun-She Yap; Ayesha Khalid (IEEE Trans. Computers, 2023)

Cryptensor: A Resource-Shared Co-Processor to Accelerate Convolutional Neural Network and Polynomial Convolution. - Jin-Chuan See; Hui-Fuang Ng; Hung-Khoon Tan; Jing-Jing Chang; Kai Ming Mok; Wai-Kong Lee; Chih-Yang Lin (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2023)

RISC32-A: A Low-Power Asynchronous IoT Processor on FPGA With Adaptive Pipeline Structure. - Min-An Yong; Kai Ming Mok; Wai-Kong Lee; Shen-Khang Teoh; Denis Chee-Keong Wong (IEEE Internet Things J., 2025)