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Trivium / Throughput / Computer performance / Feedback with Carry Shift Registers / F-FCSR / CPU design / Advanced Encryption Standard / VHDL / Grain / Stream ciphers / Cryptography / ESTREAM


Hardware performance of eStream phase-III stream cipher candidates T. Good and M. Benaissa Department of Electrical & Electronic Engineering, University of Sheffield, Mappin Street, Sheffield, S1 3JD, UK {t.good, m.benai
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Document Date: 2012-03-21 12:27:04

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File Size: 193,51 KB

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City

Sheffield / /

Company

the AES / /

Country

United Kingdom / /

Facility

University of Sheffield / /

IndustryTerm

notional future wireless network application / energy consumption / software-engineering metrics / power-latency product / fabrication technology / triple product / neat software definition / communications systems / performance applications / 10Mbps wireless network / hardware/software performance analyses / notional applications / area-time product / eStream hardware / Energy-per-bit / notional Wireless-LAN / e-transformers / Energy/bit / energy / /

MarketIndex

SET 100 / /

MusicAlbum

Trivium / Mickey / Grain / /

Organization

ASIC / University of Sheffield / T. Good and M. Benaissa Department of Electrical & Electronic Engineering / US Federal Reserve / /

Person

Max Throughput / /

Position

driver / hardware designer / designer / /

Technology

Encryption / ASIC / same technology / block cipher / fabrication technology / VHDL / stream cipher / wireless LAN / be made using the same technology / /

SocialTag