| Document Date: 2014-03-07 11:05:16
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City Belfast / / Company GPU / Four Integer-FFT Moduli Group / Intel / Xilinx / / Currency pence / / Facility Queen’s University / GMP library / / IndustryTerm block products / privacy-preserving search / secure and reliable cloud computing environment / software implementations / synthesis tool / post-processing costs / multiplication algorithm / longest product / pre-computing / partial products / security technologies / reduction algorithm / reported software results / block product / real-life applications / target device / coprocessor device / software implementation / output block product / reduction algorithms / post-synthesis timing simulation tool / large parameter / mentioned hardware / cloud-based computing / cryptographic tool / equivalent software implementations / carry chain / / Organization Elizabeth O’Sullivan Centre for Secure Information Technologies / ASIC / / Person Wang / Ai / Huang / Ciara Moore / Neil Hanley / / Position Integers Xiaolin Cao / General / FSM controller / controller / / Product Integer / FFT / / ProgrammingLanguage C++ / / ProvinceOrState Manitoba / / RadioStation Core / / Region Northern Ireland / / Technology reduction algorithms / FPGA / RAM / FFT algorithm / particular FHE algorithm / Barrett reduction algorithm / FFT algorithms / Montgomery algorithm / integer-based FHE using FPGA technology / 2 2.1 Related Work Encryption / FPGA technology / Encryption / security technologies / ASIC / Integer-FFT multiplication algorithm / Sch¨onhage-Strassen Integer-FFT algorithm / public key / finite state machine / Integer-FFT algorithm / multiplication algorithm / simulation / basic Integer-FFT algorithm / /
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High-Speed Fully Homomorphic Encryption over the Integers Xiaolin Cao, Ciara Moore, M´aire O’Neill, Neil Hanley, and Elizabeth O’Sullivan Centre for Secure Information Technologies, Queen’s University Belfast, Nor