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We propose a two-input configuration of a magnetic tunnel junction (MTJ) for use as a programmable logic element. The MTJ intrinsically performs four logic functions—NAND, NOR, IMP, and NIMP—based on two physically independent inputs whose values are determined by magnetic field and the voltage bias. By applying the surface magnetoelectric effect, four distinct input states are determined to perform...
Recently, various finite field arithmetic structures are introduced for VLSI circuit implementation on cryptosystems and error correcting codes. In this study, we present an efficient cellular semi-systolic hardware architecture for Montgomery multiplication over finite fields by choosing a proper Montgomery factor which is highly suitable for the design on parallel structures.
This paper presents the analysis of a gate-level hardware complexity of SHA-1 and SHA-256. There are several kinds of SHA series' analysis on a hardware point of view but their analyses can be relatively measured according to the given equipments and facilities. In this paper, we provide a logical approach on hardware complexity analysis in area and time angle defined by the number of transistors...
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