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In this paper, a high-performance and dynamic reconfigurable modulo (2n+l) multiplication IP core is presented, which provides full support to 8/16/32-bits n value. To save the hardware cost, we adopt sharing technique to modulo (2n+1) multiplication modules based on low-high algorithm. Compared with traditional schemes, the reconfigurable scheme not only provides full hardware support for the modulo...
In order to make the typical Montgomery's algorithm suitable for various lengths RSA, this paper proposes a scheme for an expandable RSA coprocessor. This design allows for cascading the hardware of process elements when larger modulo are required. The proposed design uses optimized Montgomery's modular multiplication algorithm. The proposed architecture has distinctive features, i.e. not only the...
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