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A nanowire-based field-programmable computing platform is presented featuring intrinsic fine-grained device-level reconfiguration without emulation (i.e. no look-up tables involved) using programmable cross-nanowire transistors, and regular physical implementation with relaxed manufacturing requirements at nanoscale. This approach can potentially provide orders of magnitude benefits in terms of area,...
Modular multiplication is the fundamental operation in most public-key cryptosystem. Therefore, the efficiency of modular multiplication directly affects the efficiency of whole crypto-system. This paper presents implementation and comparison of several recently proposed, highly efficient architectures for modular multiplication on FPGAs: interleaved multiplication, two variants of Montgomery multiplication,...
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