Abstract

TORRES LOPEZ, Ander et al. High-performance implementation of Montgomery's modular multiplication on reconfigurable hardware. EAC [online]. 2013, vol.34, n.3, pp. 32-40. ISSN 1815-5928.

This paper proposes implementations for both, software and hardware on Xilinx FPGAs of the Montgomery multiplication algorithm using the Separated Operand Scanning (SOS) method, which is an efficient way to compute modular multiplications. The software solution has been developed on the MicroBlaze processing platform and the hardware was carried out directly in logic and dedicated resources of the FPGA. The results are presented with a comparison between the two cases based on their performance and use of resources.

Keywords : montgomery's modular multiplication; SOS; reconfigurable hardware; FPGA.

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