Zohra Allam - Signal and Communication Laboratory, Department of Electronics, National Polytechnic School, Algeria.
Hamami-Mitiche - Signal and Communication Laboratory, Department of Electronics, National Polytechnic School, Algeria.
Bousbia-Salah - Signal and Communication Laboratory, Department of Electronics, National Polytechnic School, Algeria.

The evolution of today's application technologies requires a certain level of robustness, reliability and ease of integration. We choose the Fields Programmable Gate Array (FPGA) hardware description language to implement the facial recognition algorithm based on "Eigen faces" using Principal Component Analysis. In this paper, we first present an overview of the PCA used for facial recognition, then use a VHSIC Hardware Description Language (VHDL) simulation and design platform, which is the ISE. We describe the operation of each block and implement, thereafter, the computation of the global centered images. This corresponds to the first step of the PCA algorithm to assess its performance. The comparison of the results of this implementation with that of MATLAB confirmed the operability and effectiveness of this method for centralizing images. We also implemented the last part of this algorithm which is the computation of the Manhattan distance. The tests have given very satisfactory results.

Fields programmable gate array, VHSIC Hardware description language, Principal component analysis, Manhattan Distance